System, method of reproduction and server of services for media resources

IPC classes for russian patent System, method of reproduction and server of services for media resources (RU 2531859):

H04W4/00 - ELECTRIC COMMUNICATION TECHNIQUE

H04H60/91 - BROADCAST COMMUNICATION (multiplex communication H04J; pictorial communication aspectsof broadcast systems H04N)

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FIELD: information technology.

SUBSTANCE: client of media resources is provided with the first interface to receive a control command by media reproduction from the client of media resources, as well as to provide the client of media resources with interface for loading of media resources. Client of control function is provided with the second interface to provide to it the interface for control of determination of subscriber data and personal subscriber resources. Portal of services and/or control portal is provided with the third interface to provide to them the interface for updating and receiving of information of configuration of subscribers. Server of additional services and applications is provided with the fourth interface to provide to it the interface for calling of service server, which allows server of additional services and applications to receive media resources subject to reproduction and to control reproduction on call and information on services, and server of services allows receiving control commands of media reproduction from server of additional services and applications.

EFFECT: providing possible control of multimedia for different services.

16 cl, 11 dwg

Technical area

The present invention relates to the field of communications, in particular to a system, method of reproduction and server services for media resources.

The level of technology

Currently, the telecommunications operators become operators, providing a full range of services in complex networks. When developing new services they attract subscribers, mainly with individual additional value-added services (audio server), which allows to increase profits. For example, this individual additional service, as the service became very popular ("color" the tone of the call), provides playback of individual signals of the call and is becoming more popular among subscribers. Upon registration for the service became very popular and advance signals of the call, the subscriber can set an individual strategy playback, for example, random playback, loop playback, playback number of the caller, playing on a specially set time, etc. When connecting the caller to the callee, the caller may hear an individual multimedia ring tone in accordance with the strategy of play established by the callee. Currently narrowband network has improved the commercial environments device for providing audio services for multimedia ring tones in the third generation network (3G) and network multimedia subsystem IP-based (IMS), gradually develops audio, video or mixed media service multimedia ring tones.

Another individual added service is a service of multimedia images provided by the called numbers. In the process of connecting the call before the call is connected, the called terminal reproduces the provided multimedia image instead of a monotonous tone. This service also allows subscribers to set a strategy playback.

General characteristics of the two services is the combination of multimedia ring tones strategies playback subscriber that provides subscribers with the perception of the individual mediaposition. The subscribers when establishing a call to perceive media content. If this way of perception is carried out after the establishment of the call, i.e. the two sides perceive the media after connection, it is already another individual additional service, which is called the multimedia service calls. At the same time, this perception may be included in the messaging service message, a multimedia conferencing service and additional services, such as call waiting and call hold. For example, the SMS service (the services of the e short messages) upon receipt of the SMS message is an individual mediumspringgreen for the reminder about this; the service multimedia conferencing participants can perceive individual background music at the conference and receive invitations to participate subscribers can pre-feel the atmosphere of the conference with playback of certain media. All this provides subscribers perception of services differs from the past.

For services became very popular, services, media images, and other services associated with mediumspringgreen, their General characteristics are as follows: 1. Reproduction should be made in accordance with the ordered media subscriber; 2. During playback of the media subscriber or service can manage the contents and progress of the playback, such as play stops, changing media, etc.

Currently, such services are provided individually, for example, the server of the service became very popular performs playback and media management became very popular, and the server services multimedia images performs playback and management of multimedia images; the management of mediumspringgreen is performed in-band means (control command is transmitted at the level of media) or out-of-band means (control command is transmitted to the signal level, performing the functions of control is the exercise sessions), and control of the progress of the playback is very difficult. Thus, at the present time, there is a need to develop technical solutions to perform the functions of a single media control for different services mediaposition.

Disclosure of inventions

Before the present invention the task is to solve the problem of the impossibility of a unified management mediumspringgreen for different services mediaposition. In view of the foregoing, the main object of the present invention is to provide a system, method, playback and server services for media resources with the purpose of solving the above problems.

In accordance with one aspect of the present invention is a system of replay media resources.

In accordance with the present invention a system for playback of media contains the service server, the client in the media and client management functions, the server contains: play control, designed for positioning media resources and management mediumspringgreen; control service is designed to store and/or manage the configuration information of the subscriber resources-related services; the control of resources, designed to store and control the media and relevant information; and the client is media designed to play media and management mediumspringgreen; client management functions designed to manage subscriber data and personal media.

Preferably, the control service may be used to provide outsiders searching services, the addition, amendment and/or deletion of operational data.

Preferably, the client media is designed specifically for downloading media from the server and play.

Preferably, the system contains an additional server resources designed to mediaposition.

Preferably, the server service is intended for execution, at least one of the following: to provide the client with the media first interface for receiving control commands mediumspringgreen from the client to the media, and also to provide the client with media interface for downloading of media; to provide the client with options control the second interface to provide an interface to control the definition of subscriber data and personal subscriber resources; to provide the services portal and/or portal management third interface for providing interface for updating and gaining the configuration information of subscribers; to provide additional server services and applications fourth interface to provide an interface for the server call services, which allows the server additional services and applications to get to be the reproduction of the media and to control playback on call and information about the service and the server service allows you to receive from the server additional services and applications commands mediumspringgreen; to provide server special applications fifth interface to provide an interface for calling and receiving health, with a special server application contains the server display server location; to provide server resources sixth interface to control playback; to provide media that is stored in the control resources the media server in a network file server performs media playback functions; to support the boot Protocol (S-HTTP; issue event / billing operations management mediumspringgreen, operations, subscriber data and/or operations resources.

Preferably, the client media it is designed to perform at least one of the following: to perform playback of the media, as well as for Rugate and play media from a server service; cause and/or to accept the session associated with the corresponding service to interact with the server additional services and applications through the underlying network and process control commands session associated with the relevant service; to transfer the media to the media server; supported in the server options boot Protocol (S-HTTP to download the media from the server services and conduct demonstration and/or playback of media resources.

Preferably, the client management function is designed specifically to order, cancel, update, subscribe media, establishment of information about personal habits, personal habits contains at least one of the following series: resources ringtone default, rules of play and filtering.

Preferably, the control mediumspringgreen contains at least one of the following: stop the playing of the media, replacement of reproducing media, change the volume of a sound reproducing media, copying, reproducing media, dynamic selection of media for playback.

In accordance with another aspect of the present invention proposes a system for playback of media containing the service server, the client is tons of media and client management functions, the server contains: play control, designed for positioning media resources and management mediumspringgreen; control service is designed to store and/or manage the configuration information of the subscriber resources-related services; the control of resources designed to store and manage media and relevant information; the item of media playback, designed to mediaposition; and the client media resources designed to play media and management mediumspringgreen; client management functions designed to manage subscriber data and personal media.

Preferably, the control service is used to provide outsiders searching services, the addition, amendment and/or deletion of operational data.

Preferably, the client media is designed specifically for downloading media from the server and play.

Preferably, the server service is intended for execution, at least one of the following: to provide the client with the media first interface for receiving control commands mediumspringgreen from the client to the media, as well as for before the delivery to the customer media interface to download media assets; to provide the client with options control the second interface to provide an interface to control the definition of subscriber data and personal subscriber resources; to provide the services portal and/or portal management third interface for providing interface to update and retrieve configuration information of subscribers; to provide additional server services and applications fourth interface to provide an interface for the server call services, which allows the server additional services and applications to get to be the reproduction of the media and to control playback on call and information about the service and the server service allows you to receive from the server additional services and applications commands mediumspringgreen; to provide server special applications fifth interface to provide an interface for calling and receiving health, with a special server application contains the server display server location; to provide server resources sixth interface to control playback; to provide media that is stored in the control resources of the media server in a network file to run the media server playback functions; under arrivati the boot Protocol (S-HTTP; to give the event a rating for operations management mediumspringgreen, operations, subscriber data and/or operations resources.

Preferably, the client media it is designed to perform at least one of the following: to perform playback of the media, as well as download and play media from a server service; to cause and/or to accept the session associated with the corresponding service to interact with the server additional services and applications through the underlying network and process control commands session associated with the relevant service; to transfer the media to the media server; supported in the server options boot Protocol (S-HTTP, upload media from the server services and conduct demonstration and/or playback of media resources.

Preferably, the control mediumspringgreen contains at least one of the following: stop playing mediare is ursov, replacement reproducing media, change the volume of a sound reproducing media, copying, reproducing media, dynamic selection of media for playback.

In accordance with the following aspect of the present invention offers a service server, comprising: a play control, designed for positioning media resources and management mediumspringgreen; control service is designed to store and/or manage the configuration information of the subscriber resources-related services; the control of resources designed to store and manage media and relevant information.

In accordance with the following aspect of the present invention proposes a method of playback of media assets, comprising the following steps: the server receives the call request to mediaposition from the server additional services and applications; the service server according to the call request identifies the location of the resources and in accordance with the type of media spends mediaposition using appropriate method.

Preferably, the call request includes at least one of the following information: type of request, information about mediopassive object MediaVest is otvedeniya, this request type is used to specify the subject to playback media server services.

Preferably, when the media are multimedia real-time, the service server performs mediaposition type of media using appropriate method comprising the following steps: the server service manages the device mediaposition to negotiate media and transmits the result of the reconciliation to the server additional services and applications; the server additional services and applications requests the server service mediaposition that controls the device mediaposition to play.

Preferably, after the server services will mediaposition type of media using appropriate method comprising the following steps: server additional services and applications receives a special event and sends to the server services the request to stop playback; on request to stop playing the server service manages the device mediaposition to stop playback.

Preferably, when the media are static media server performs mediaposition type of media using appropriate way, in which with the following steps: the service server transmits the information about the media back to the server for additional services and applications which transmits to the client the above information; information received, the client downloads the media server services and conducts their play.

Preferably, the method includes the following step: the client and/or server additional services and applications controls mediumspringgreen using different interfaces provided by the service server.

Preferably, the service server receives the call request from the server additional services and applications, namely: the server receives the call request from the server additional services and applications using the first interface located between the above-mentioned servers.

Preferably, the first interface contains one of the following interfaces: interface API interface remote calls, the HTTP interface.

Preferably, the server additional services and applications contains: server multimedia message service, the server service multimedia images, the server additional services SMS, multimedia conferencing server.

Preferably, the client and/or server additional services and applications controls mediumspringgreen, including at least one of the following: stop the playing of the media, replacement of reproducing media, change the volume of a sound reproducing media resource is in, copying, reproducing media, dynamic selection of media for playback.

Preferably, the client manages mediumspringgreen using the provided server service interface, comprising the following steps: the client sends the server a request for media control in accordance with the first interface provided by the system of the media, with the request to control the media make information about the context and the command value of the control current services; the service server receives a request for media control and retrieves the value of the control command, and sends to the server additional services and applications the control command corresponding to the command value management; team management server additional services and applications executes control of the media.

Preferably, the method contains one of the modes: Protocol (S-HTTP or TCP/IP.

Preferably, the server additional services and applications controls mediumspringgreen using the provided server service interface, comprising the following steps: server additional services and application server sends service request managing media using the first interface, a request for media control is worn the value of the control commands; the service server receives a request for media control and retrieves the value of the control command, and sends the server the additional services and applications the control command corresponding to the value of the control command; this command, the server additional services and applications, conducts media control.

In accordance with the following aspect of the present invention proposes a method of playback of media assets, comprising the following steps: the server receives the call request to connect to the intended client and mediaposition from the server additional services and applications; the call request, the service server is connected to the plug provided to the client; after receiving the ID connection status sent to the connected client, the server determines the location of the media on the call request, and performs control mediaposition type of media using different methods.

Preferably, the call request includes at least one of the following information: type of request, the identity of the connected client, information about mediopassive object mediaposition, when this request type is used to specify the required server connection services to the client and mediaposition.

Pre is respectfully, when the media are multimedia real-time, the service server manages mediaposition type of media using appropriate method comprising the following steps: the server service manages the device mediaposition to negotiate media and returns the result of the reconciliation to the server additional services and applications; the server additional services and applications requests the server service mediaposition that controls the device mediaposition to play; the server receives the identifier of the connection state, sent to the connected client, and controls the device mediaposition to stop playing, and sends a response message to the server additional services and applications; the server additional services and applications if necessary, sends a reply message to the client and receives from him the confirmation message; the server additional services and applications sends a confirmation message to the connected client, server services, and both parties begin to negotiate.

Preferably, when the media are static media server service manages mediaposition type of media using a variety of different ways in which with the following steps: server services using the signals it sends to the server additional services and applications information media, which transparently transmits the above information to the client; on this information, the client downloads the media server services and conducts its reproduction; the server receives the identifier of the connection status of the connected client, and transmits to the client the ID of the connection status with the server additional services and applications, then the client stops playing and sends back a confirmation message; the server sends a confirmation message to the connected client, and both parties begin to negotiate.

Preferably, the call request shall also be the control ID of the connection status of the connected client, the management ID, connection status is intended to indicate that after reaching the special status of the connection server performs playback.

In accordance with the following aspect of the present invention proposes a method of playback of media assets, comprising the following steps: the server receives a call request for information about the media server additional services and applications; the call request, the server determines the location of the media and conducts their choice, and also sends the server additional services and applications information about copper is resources.

Preferably, the call request make a request type, the request type is used to identify the need of the request for information about the media resources.

Preferably, after the server services will determine the location of the media and conduct their choice upon request call, and sends information about the media server additional services and applications, then the method comprises the following step: server additional services and applications controls media and information media interacts with the client device mediaposition, as well as special method performs mediumspringgreen for the client.

Preferably, a special method contains one of the following modes: multimedia real-time, load signals.

Using at least one aspect of the present invention, by providing a flexible call provided by the server services for additional services and third-party applications, you can choose the suitable way to use one of the variants of the present invention in order to perform mediaposition. In addition, it is possible to carry out unified management mediumspringgreen, which reduces the cost of construction and deployment of each service system and blugaria the effect on maintenance, and also provides subscribers with a uniform perception of control subscriber multimedia and usability.

Other characteristics and advantages of the present invention will be set forth in the following description with reference to the drawings.

Brief description of drawings

The attached drawings are used to provide a better understanding of the present invention and are a part of this description. They variant implementation of the present invention are used for explaining the present invention and do not contain any improper limitation of the present invention. On the attached drawings submitted by:

Figure 1 - diagram of the playback system resources for option 1 : implementation of the present invention;

Figure 2 - diagram of the playback system resources for option 2 implementation of the present invention;

Figure 3 - chart of a method of playback of the media for the version 1 implementation of the present invention;

4 is a chart of signals for playback of dynamic media of example 1 implementation options implementation of the present invention;

5 is a chart of signals for playback static media according to example 2 implementation options implementation of the present invention;

6 is a chart of the way in which works of media for option 2 implementation of the present invention;

7 is a chart of signals for dynamic media according to example 3 implementation options implementation of the present invention;

Fig - chart of signals for static media for example 4 implementation options implementation of the present invention;

Figure 9 - chart of the method of playback of the media for the version 3 implementation of the present invention;

Figure 10 - diagram of signals for dynamic media according to example 5 implementation options implementation of the present invention;

11 is a chart of signals for static media according to example 6 implementation options implementation of the present invention.

Functions overview

Currently in communications technology, there is a problem of the impossibility of a unified management mediumspringgreen for different services mediaposition. The present invention presents an overall managed system resources, which may be caused by services need to mediaposition and management. The system of media in embodiments of the present invention includes server, client resources and client management functions. The server contains: play control, designed for positioning media resources and management mediumspringgreen; control services the mi, designed to store and/or manage the configuration information of the subscriber resources-related services; the control of resources designed to store and manage media and relevant information; and the client media resources designed to play media and management mediumspringgreen; client management functions designed to manage subscriber data and personal media.

Below the description of the preferred embodiments of the present invention with reference to the drawings. You have to understand that described here implement are used only for explanation and interpretations of the present invention and not limit it.

In the following description for the interpretation contained many special details in order to a deeper understanding of the present invention. Nevertheless, it is clear that without the above details of the present invention can also be implemented. In addition, without deviating from the essence and principles set forth in the claims, embodiments of the invention and their details can be combined with each other arbitrarily.

Option 1 implementation of system

According to the variant of implementation of the present invention proposes a system of media. Figure 1 presents the scheme is istemi media resources according to the variant of the first implementation of the present invention. As shown in figure 1, the system of media contains the server 1 services, the client 20 in the media and the client 22 control functions. The server 1 includes: item 10 control playback, item 12 of the management services element 14 resource management. In addition, to perform control mediumspringgreen necessary peripheral functional objects, consistent with the above modules. Preferably, the peripheral functional objects specifically contain: server 3 additional services and applications: the server 6 special application designed to play and control media by calling 1 server services when performing services. Preferably, the system includes a server 4 media, designed for interaction of the media with the calling or called subscriber and to perform mediaposition.

Portal 5: an object that provides management service to subscribers, providers/operators, service and content providers, such as WEB portal, WAP portal, audio portal, etc.

The server 6 special applications: the application server is designed to provide health services and call other services, for example, the server display server location etc.

Below the description of all modules in the system the e-media version 1 implementation of the present invention.

Server 1 services

As shown in figure 1, the main function of the server 1 service is the fact that be responsible for providing the functions of the playback control of the media to the client 20 media, client 22 control functions and the external server 3 additional services and applications. The server 1 contains three logic element functions: element 10 playback control element 12 of the management services element 14 resource management. When this item 10 control playback mainly performs positioning media resources and management mediumspringgreen, and is responsible for managing accounts and certificates; item 12 management services, mainly responsible for the storage and/or management of operational data subscribers/SP/CP, and gives outsiders a function of search, addition, modification or removal of operational data; element 14 resource management is designed to store and manage media and relevant information, which, in particular, includes information about the address of the media, information about the provider, etc. In a particular application when management mediumspringgreen server services 1 mainly performs the following steps: stop the playing of the media, replacement of reproducible media, and the change of the volume of the sound reproducing media, copying, reproducing media, dynamic selection of streaming media.

Preferably, the element 14 of the resource management module contains storage media and a resource management module (not shown), the module storage media is used for storing media; the resource management module is designed to control the media stored in the module storage media, for receiving a request to operations resources and to notify module storage media on the execution of the corresponding operations for media resources for this request.

The main functions of the server 1 services are as follows:

1. To provide the client 20 first media interface (interface 2 in figure 1), which is designed to receive control commands mediumspringgreen sent from the client 20 media, and download media assets, such as downloading via HTTP;

2. To provide the client with 22 functions to control the second interface (interface 1 in figure 1), which is designed to provide interface to control the definition of subscriber data and personal subscriber resources;

3. To provide the portal 5 services and/or the management portal, the third interface (interface 3 in figure 1)that p is adnanced to provide portal 5 services and/or the management portal interface to update and retrieve configuration information of subscribers (i.e., for management services, management installation data subscribers and resource management);

4. Give the server 3 additional services and applications fourth interface (interface 4 in figure 1) to provide the interface for calling the interface server 1 services. The fourth interface allows the server 3 additional services and applications to get to be the reproduction of the media and to control playback on call and information about the services and the server 1 service allows you to receive from the server 3 additional services and applications commands mediumspringgreen, i.e. using the above interface, the server 3 additional services and applications causes the server health 1 services, in particular, gets to be special playback media from the server 1 services, or requires from the server 1 service special playback of the media; in addition, through the interface 4, provided by the server 1 of the service server 3 additional services and applications can perform positioning media resources for the further implementation of mediaposition;

5. Give the server 6 special applications fifth interface (interface 6 in figure 1) to request transmission of the call to search, etc. with which you can call server 6 special applications the deposits and to obtain the appropriate efficiency. The server 6 special applications contains: server display server location (not shown), for example, through interaction with the display server and server location, you can get information about the status and location of subscribers, etc.;

6. Give the server 4 of the sixth media interface (interface 5 in figure 1) to call the server health 4 media (e.g., media server);

7. To provide the media stored in the element 14 of the resource management server 4 of the media in the form of a network file to run the server 4 media playback functions;

8. To support the boot Protocol (S-HTTP;

9. Issue event / billing operations management mediumspringgreen, the operation of the subscriber data and/or operations resources.

Client

In the above system, the media client is located in the terminal equipment and is mainly used for mediaposition, control playback, read and modify subscriber data, etc. Specifically, the client may contain two parts: the client 20 in the media and the client 22 control functions; the above two options can be located in different terminal equipment and can inside the not to interact with each other. The client 20 of the media is located in the subscriber terminal and is mainly used to communicate with the server 1 through the interface 2 in figure 1, for playback of media assets (e.g., texts, images, and other static media, and audio, video and other dynamic media) and management mediumspringgreen, and for processing requests to manage the media, caused by the subscribers. The client 22 control functions located in the subscriber terminal and is mainly used to communicate with the server 1 through the interface 1 in figure 1, for reading the configuration information of the subscriber and/or modify subscriber data, as well as for the management of subscriber data. In addition, the client 22 control functions used to manage the configuration information of the subscriber resources, including order, cancel, update, subscribe multimedia resources, and establishment of information about personal habits, particularly for resource configuration ringtone default, rules of play and filtering.

Client features 20 media are as follows:

1. To perform playback of the media, as well as download and play media from a server 1 services;

2. Call and/or take a session associated with testwuide service to communicate with the server 3 additional services and applications through the underlying network and process control commands session associated with the relevant service;

3. Running server 3 additional services and applications to transfer media to the server 4 media;

4. When the server 1 service supports boot Protocol (S-HTTP, upload media from the server 1 of the services and carry out demonstration and/or playback of media resources.

The existing performance of services related to managing the media, is based on complex systems of services with media created separately for each type; moreover, each service has its own logic of media control. Thus, it leads to the re-build, and inconsistencies subscribers ' perception. The system of media variants in the implementation of the present invention allows different services to play media re-use the same system resources, which reduces the cost of construction and deployment of each service system and has a positive effect on maintenance, and also provides subscribers with a uniform perception of control subscriber multimedia and usability.

From the foregoing VI is but in a variant of the first implementation of the server system 1 contains three parts: item 10 control playback, item 12 of the management services element 14 resource management. Below is a another variant of implementation of the system of the present invention, in which the server 1 contains three parts: the play control 10, the control 12, the control resources 14 and the element 16 media playback. Below is a detailed description of this variant implementation of the system.

Option II implementation of system

For option 2 implementation of the present invention proposes a system of media. Figure 2 presents the diagram of the system resources for option 21 implementation of the present invention. As shown in figure 2, the system of media contains the server 1 services, the client 20 in the media and the client 22 control functions. The server 1 includes: item 10 control playback, item 12 of the management services element 14 of the resource management element 16 media playback.

Peripheral functional objects, consistent with the above modules and performs management mediumspringgreen, described in detail in the variant of the first implementation of the system. But it should be noted that in this embodiment of the present izopet the deposits due to the fact, what element 16 media playback is contained within the server 1 services, the peripheral functional objects may not contain the server 4 media resources.

Below the description of the system modules of the media in option 2 implementation of the present invention.

Server 1 services

As shown in figure 2, the main function of the server 1 of the service is to be responsible for providing the functions of the playback control of the media to the client 20 media, client 22 control functions and the external server 3 additional services and applications. The server 1 contains three logic element functions: element 10 playback control element 12 of the management services element 14 resource management. When this item 10 control playback mainly performs positioning media resources and management mediumspringgreen, and is responsible for managing accounts and certificates; item 12 management services, mainly responsible for the storage and/or management of operational data subscribers/SP/CP, and gives outsiders a function of search, addition, modification or removal of operational data; element 14 resource management is designed to store and manage media and relevant information, which in particular includes is the information about the address of the media, information about the provider, etc., item 16 media playback is intended for media playback. In a particular application in the management mediumspringgreen server services 1 mainly performs the following steps: stop the playing of the media, replacement of reproducing media, change the volume of a sound reproducing media, copying, reproducing media, dynamic selection of streaming media.

The main functions of the server 1 services are as follows:

1. To provide the client 20 first media interface (interface 2 in figure 1), which is designed to receive control commands mediumspringgreen sent from the client 20 media, and to download mediaresource is, for example to download via HTTP;

3. To provide the portal 5 services and/or the management portal, the third interface (interface 3 in figure 1), which is designed to provide a portal 5 services and/or the management portal interface to update and retrieve configuration information of subscribers (i.e., for management services, management installation data subscribers and resource management);

4. Give the server 3 additional services and applications fourth interface (interface 4 in figure 1) to provide the interface for calling the interface server 1 services. The fourth interface allows the server 3 additional services and applications to get to be the reproduction of the media and to control playback on call and information about the services and the server 1 service allows you to receive from the server 3 additional services and applications commands mediumspringgreen, i.e. using the above interface, the server 3 additional services and applications causes the server health 1 services, in particular, gets to be the special playback is haunted media from the server 1 or service requires from the server 1 service special playback of media assets; in addition, through the interface 4, provided by the server 1 of the service server 3 additional services and applications can also perform positioning media resources for the further implementation of mediaposition;

5. Give the server 6 special applications fifth interface (interface 6 in figure 1) to request transmission of the call to search, etc. with which you can call server 6 special applications and to obtain the appropriate efficiency. The server 6 special applications contains: server display server location (not shown), for example, through interaction with the display server and server location, you can get information about the status and location of subscribers, etc.;

6. Give the server 4 of the sixth media interface (interface 5 in figure 1) to call the server health 4 media (e.g., media server);

7. To provide the media stored in the element 14 of the resource management server 4 of the media in the form of a network file to run the server 4 media playback functions;

8. To support the boot Protocol (S-HTTP;

9. Issue event / billing operations management mediumspringgreen, the operation of the subscriber data and/is operations resources.

Client

In the above system, the media client is located in the terminal equipment and is mainly used for mediaposition, control playback, read and modify subscriber data, etc. Specifically, the client may contain two parts: the client 20 in the media and the client 22 control functions; the above two options can be located in different terminal equipment and can internally communicate with each other. The client 20 of the media is located in the subscriber terminal and is mainly used to communicate with the server 1 through the interface 2 in figure 2, for playback of media assets (e.g., texts, images, and other static media, and audio, video and other dynamic media) and management mediumspringgreen, and for processing requests to manage the media, caused by the subscribers. The client 22 control functions located in the subscriber terminal and is mainly used to communicate with the server 1 through the interface 1 in figure 2, for reading the configuration information of the subscriber and/or modify subscriber data, as well as for the management of subscriber data. In addition, the client 22 control functions used to control information to the hence, adaptation to subscription resources including order, cancel, update, subscribe multimedia resources, and establishment of information about personal habits, particularly for resource configuration ringtone default, rules of play and filtering.

Client features 20 media are as follows:

1. To perform playback of the media, as well as download and play media from a server 1 services;

2. Call and/or take a session associated with the service, to communicate with the server 3 additional services and applications through the underlying network and process control commands session associated with the relevant service;

3. Running server 3 additional services and applications to transfer media to the server 4 media;

4. When the server 1 service supports boot Protocol (S-HTTP, upload media from the server 1 of the services and carry out demonstration and/or playback of media resources.

System resources for option 2 of the present invention allows to provide a flexible interface call for third-party applications, as well as to make a single reproduction of media and management.

An implementation option server services

In accordance with the following aspect of the present invention p is alagaesia server services. The server contains the play control, the control services and the control of resources.

The play control is designed for positioning media resources and management mediumspringgreen; control service is designed to store and/or manage the configuration information of the subscriber resources-related services; the control of resources is designed to store and manage media and relevant information. Preferably, the server also contains an element of media playback, intended for realization of mediaposition.

Specific functions of the server are described in detail in the above two versions of the implementation of the system and will not be repeated here.

Variant I of the method of playback of the media.

In accordance with the following aspect of the present invention proposes a method of playing of media designed for a system of media in the above embodiment 1 of implementation of the system and/or example II the implementation of the system. Figure 3 presents a diagram of a method of playback of media assets according to the variant 1 of the method. As shown in Figure 3, the method of playback of media contains the following ø the guy (numbered from W302 to S304):

Step W302: server 1 receives the call request from the server 3 additional services and applications, particularly in the call request includes the type of request, information media, for example, the object identifier mediaposition with his mediaopened etc. When this request type is used to specify whether the server 1 service operated mediumspringgreen.

In particular, the system of the media may receive the call request from the server 3 additional services and applications using the first interface (interface 4 in figure 1) between them. In a real application interface 4 may be selected from the following interfaces: interface API (for example, an interface based on TCP/IP)interface remote calls (e.g., SOAP), outdoor API (for example, Parlay API, ParlayX API); in addition, the interface 4 can be extended with SIP Protocol (session). When applying the proposed SIP method (e.g., Invite, 180/183, 200, Prack and others) caused by messages included in the body of the SIP message in the XML format, the XML structure contains: the type of call request, the identity of the connected client, the object identifier mediaposition, a description of the media object mediaposition SDP (session description Protocol), the status of connected clients, etc. Proposed by the interface 4 call used in lubicate (for example, 2G CS Domain, 3G CS Domain and 3G PS/IMS Domain). In addition, in the embodiment of the present invention, the server 3 additional services and applications may contain: server multimedia message service, the server service multimedia images, the server additional services SMS and multimedia conferencing server.

It should be noted that step W302 is in the process of executing additional services. This process can be carried out on the basis of service real-time session (such as an individual ringtone service multimedia images)to the same session may be caused by the client or additional services and applications (e.g., conference). This process can be carried out based services session unreal time (for example, additional service (SMS). Preferably, the proposed interface 4 may be defined by the server 3 additional services and applications.

Step S304: the server 1 service determines the location of the media on the call request, and conducts mediaposition type of media using appropriate method.

Specifically, the positioning of the media is performed by the server 1 of the search services in accordance with the locally stored information about the personal habits of the subscriber. Next, the server 1 services through in ERPAs 6 searches in real time the status and location of subscribers, other application servers (for example, the server display, server, location defines the location of the media and conducts their choice in accordance with the received state, the location of the subscriber and caller information. The above state of the subscriber may also be obtained and stored in the control services using a search method in an unreal time.

Specifically, when the media are multimedia in real-time (audio, video media and so on), the server 1 service server 4 manages media resources to negotiate media, and returns the results of the interaction to the server 3 additional services and applications that specifically includes the following steps: 1. After receiving the confirmation of the approval from the client server 3 additional services and application notifies the server 1 of the services, and the latter performs the reconciliation process media; 2. Server 3 additional services and application passes the request to play on the server 1 services, and the latter controls the server 4 media (device mediaposition) to play; 3. Server 3 additional services and application transmits a request to stop playing the server 1 services, and the latter controls the media server 4 to stop playback, that completes the process yn is Alenia playback.

When the media are static media (e.g., texts, drawings etc), contains the following steps: 1. Server 1 service returns information about the media server 3 additional services and applications, and the latter transmits the above information by means of signals to the client; 2. On this information, the client downloads the media server 1 services and conducts their play.

In addition, the client and/or server 3 additional services and applications can also perform management mediumspringgreen using different interfaces provided by the server 1 services. The process control mediumspringgreen performed by the client and/or server 3 additional services and applications, contains at least one of the following: stop the playing of the media, replacement of reproducing media, change the volume of a sound reproducing media, copying, reproducing media, dynamic selection of streaming media.

Manage mediumspringgreen can server 3 additional services and applications and the client. Depending on the initiator of the request management mediumspringgreen there are two cases: in case 1, the terminal (client) invokes a request for control to the system resources through the PE the first interface (interface 2 in figure 1); in case 2, the server 3 additional services and applications causes a request for management to the system resources through the third interface (interface 4 in figure 1). Below the description of the process of the above two cases.

Case 1

Step 1: the client sends the system media request media control provided via the interface 2, the system provides media resources, a request for media control is included contextual information about performing the service (for example, information about the session and its value to the management team. In a particular application may be used in the method Protocol (S-HTTP or TCP/IP;

Step 2: the system of the media receives a request for media control and takes the value of the control command, then the data in the system determines the operation (for example, replacement of the media, stop, play, volume control audio playback and so on)that provide special control commands, and sends it to the server 3 additional services and applications the control command corresponding to the command value of the control, for the respective media control;

Step 3: the server 3 additional services and applications performs management media management team.

The case is th 2

Step 1: the server 3 additional services and applications sends the system media request media control via interface 4, a request for multimedia include the values of the control command (for example, the key value of the terminal of the subscriber);

Step 2: the media server 4 receives a request for media control and takes the value of the control command, then the data in the system determines the operations that must be performed by the server 3 additional services and applications, and sends it to the server 3 additional services and applications control command corresponding to the value of the management team for appropriate mediaupdate;

Step 3: the server 3 additional services and applications performs management media management team.

It should be noted that step 1 in the above two cases is in the process of executing additional services. This process can be performed based services, real-time session (for example, individual ringtone, services, multimedia images)to the same session may be caused by the client or additional service and application (e.g., conference).

Below on the basis of system resources and peripheral functional object, for example, viber the m service multimedia ring tones (i.e., server 3 additional services and applications as a service server of a multimedia ring tones) for a description of the above technical variants of the present invention.

Example 1 implementation, the playback of media real-time

In this example include: CMR (individual multimedia ring) server is a server 1 services in the system; CMR Client-A - terminal of the caller; CMR Client-In terminal of the called subscriber In that signed the agreement about the service of individual ring tones; AS-server (audio server) is a server that individual ringtone belongs to the subscriber; MS (media server) is a server 4 media, responsible for multimedia playback. Figure 4 is a diagram of signals for playback of dynamic media of example 1 implementation of option 1 implementation of the present invention. As shown in figure 4, contains the following steps:

1. CMR Client-And starts the session CMR (invitation to the session, and the session is routed to the audio server individual ringing tone melodies, which belongs to the terminal CMR Client-In;

2. Audio server runs the session to the called terminal CMR Client-In (invitation session CRM);

3. CMR Client-sends back to the audio server message tones call the VA;

4. Audio server sends to the server CMR request (proposal session on the media playback, which contains the terminal number CMR Client-And it mediaopened, the number of terminal CMR Client-In;

5. In accordance with the information in the request and the subscriber data stored in the server, CMR server determines the location of the resources of ring tones and starts the session to the media server with the received mediaopened client CMR Client-a, And also receives mediopassive resources multimedia ring tones after interaction media server (proposal received it became very popular).

6. CMR server sends back a multimedia description of the resources of individual ring tones to the audio server (prompted became very popular);

7. Audio server sends back to the client CMR Client-A multimedia description of the resources of individual ring tones (prompted became very popular); CMR Client-a does premature coordination media (negotiations became very popular pre-session);

8. CMR Client And sends back a response message on the foregoing, mediopassive (confirm (answer became very popular);

9. Audio server sends to the server CMR above response message (confirm (answer became very popular);

10. After transmitting the response message to the MS server, the server CMR performs the reconciliation process multi is Edie (to finish the negotiations became very popular);

11. Audio server sends to the server CMR request for playback (request replay);

12. After CMR server sends to the server MS request to start playback start playback became very popular), MS server starts playing multimedia ringtone (play became very popular);

13. CMR Client-respond (the response) and sends a reply message to the audio server.

14. Audio server sends a response message to the client CMR Client-A (answer);

15. Audio server sends to the server CMR request to stop playback (stop);

16. CMR server sends to the MS server command stops playback, and MS server stops play multimedia ringtone (stop playing became very popular).

Example 2 implementation, the playback of static media

In this example include: CMR (individual multimedia ring) server is a server 1 services in the system; CMR Client-A - terminal of the caller; CMR Client-In terminal of the called subscriber In that signed the agreement about the service of individual ring tones; Audio server audio server) is a server that individual ringtone belongs to the subscriber; MS (media server) is a server 4 media, responsible for multimedia playback. On Phi the .5 is a diagram of signals for playback of dynamic media on example 2, the implementation of option 1 implementation of the present invention. As shown in Figure 5, contains the following steps:

1. CMR Client-And starts the session CMR (invitation to the session, and the session is routed to the audio server individual ringing tone melodies, which belongs to the terminal CMR Client-In;

2. Audio server runs the session to the called terminal CMR Client-In (invitation session CRM (proposal);

3. CMR Client-sends back to the audio server message ringtone;

4. Audio server sends to the server CMR request (proposal session on the media playback, which contains the terminal number CMR Client-And it mediaopened, the number of terminal CMR Client-In;

5. In accordance with the information in the request and the subscriber data stored in the server, CMR server determines the location of the uniform identifier of multimedia resources (proposal (Media URI (universal media ID)));

6. CMR server sends back the above ID media to audio server (answer (Media URI));

7. Audio server sends back to the client CMR Client-A response message (response (Media URI)), which will be included in the Media ID URI;

8. CMR Client-a sends to the server CMR request to download (request media resources in URI);

9. CMR server sends a response message (response with the media);

10. CMR Client-And loaded the t ringtones and performs playback (play media);

11. CMR Client-respond (the response) and sends a reply message to the audio server.

12. Audio server sends a response message to the Client And CMR (answer);

13. CMR Client-And stops playback ringtone (stop display of the media).

With the help of above mentioned steps is a single playback and multimedia real-time and static media.

From the foregoing it is clear that the server 3 additional services and applications is responsible for managing the session with the client, and when the session transmits a description of the media server 4 media received from the server 1 services. The following variant II, the method only if you need additional server services and applications transparently transmits the message received from the server 1, and do not require to hold a session with the terminal of the connected subscribers. The management of the session and early management mediasense server 1 service.

Option II implementation of the method

In accordance with the variant II implementation of the present invention proposes a method of playback of the media used in the system of media in the above embodiment II of the implementation of the system and/or example II the implementation of the system. In a variant domestic the present invention only when necessary additional server services and applications transparently transmits the message, received from the server, and do not require to hold a session with the terminal of the connected subscribers. The management of the session and early management of multimedia session performed by the server 1 services. Figure 6 is a diagram of how to play the media for the version II of the method of the present invention. As shown in Fig.6, the method of playback of media contains the following steps: (numbered from S602 to S606):

Step S602: the server 1 receives the call request to connect to a predetermined client and conducting mediaposition from the server 3 additional services and applications. The call request includes the request type, the ID of the connected clients, information about the media (for example, the object identifier of the multimedia playback with its mediaopened etc). This request type is used to specify whether the server 1 service connected to the client and conducted management mediumspringgreen.

Preferably, the call request will also be included: the control ID of the connection status of the connected client, designed to indicate that after reaching a special connection status (for example, when connected, the calling subscriber and so on), the server 1 performs services in proizvedenii, preferably, the default playback starts after the call is connected call.

Specifically, the system of the media may receive the call request from the server 3 additional services and applications using the first interface (interface 4 in figure 1) between them. In a real application interface 4 may be selected from the following interfaces: interface API (for example, an interface based on TCP/IP)interface remote calls (e.g., SOAP), outdoor API (for example, Parlay'API, ParlayX API); in addition, the interface 4 can be extended with SIP Protocol (session). When applying the proposed SIP method (e.g., Invite, 180/183, 200, Prack and others) caused by messages included in the body of the SIP message in the XML format, the XML structure contains: the type of call request, the identity of the connected client, the object identifier mediaposition, a description of the media object mediaposition SDP (session description Protocol), the status of connected clients, etc. Proposed by the interface 4 call applies to any network (e.g., 2G CS Domain, 3G CS Domain and 3G PS/IMS Domain). In addition, in the embodiment of the present invention, the server 3 additional services and applications may contain: server multimedia message service, the server service multimedia images, additional server the SMS service and the multimedia conferencing server.

It should be noted that the step S602 is performed during the execution of additional services. This process can be carried out on the basis of service real-time session (such as an individual ringtone service multimedia images)to the same session may be caused by the client or additional services and applications (e.g., conference). This process can be carried out based services session unreal time (for example, additional service (SMS). Preferably, the proposed interface 4 may be defined by the server 3 additional services and applications.

Step S604: the server 1 service connects to the intended plug to the client on request call;

Step S606: after receiving the identifier of the state of the connection (e.g. call)sent from a connected client, the server determines the location of the media upon request call, and manages mediaposition type of media using various methods.

Specifically, determining the location of the media is performed by the server 1 of the search services in accordance with the locally stored information about the personal habits of the subscriber. Next, the server 1 through the interface 6 searches in real time the status and location of abonenta the other application servers (for example, the server display, server, location defines the location of the media and conducts their choice in accordance with the received state, the location of the subscriber and caller information. The above state of the subscriber may also be obtained and stored in the control services using a search method in an unreal time.

Specifically, when the media are multimedia real-time (e.g., audio, video, media, etc.), contains the following steps: 1. Server 1 service server 4 manages media resources to negotiate media, and returns the result of the reconciliation to the server 3 additional services and applications; 2. Server 3 additional services and applications sends the server 1 service request for multimedia playback, and the last server 4 manages media resources for media playback; 3. After receiving the ID of the connection status of the connected client, the server 1 service manages the media server 4 to stop playback, and transmits the response message to the server 3 additional services and applications; 4. Server 3 additional services and applications sends a reply message to the client if necessary, and receives a confirmation message that is sent back from the client; 5. the server 3 additional services and applications sends a confirmation message to the connected client using server 1 service and the two sides begin to negotiate.

When the media are static media (e.g., texts, pictures etc), contains the following steps: 1. Server 1 service sends to the server 3 additional services and information about the media using signals and transparently transmits it to the client; 2. For information about the media client loads the media server 1 services and performs reproduction; 3. The server 1 receives the ID of the connection status of the connected client and passes it to the client using the server 3 additional services and applications, then the client stops playing and sends back a confirmation message; 4. Server 1 service sends a confirmation message to connected client, and the two sides begin to negotiate.

In addition, the client and/or server additional services and applications can manage mediumspringgreen using different interfaces provided by the server 1 services. The process control mediumspringgreen performed by the client and/or server additional services and applications, contains at least one of the following: stop the playing of the media, replacement of reproducing media, change the volume of a sound reproducing media resource is in, copying, reproducing media, dynamic selection of streaming media.

Manage mediumspringgreen can server 3 additional services and applications and the client. Depending on the initiator of the request management mediumspringgreen there are two cases: in case 1, the terminal (client) calls the request management system of the media via the first interface (interface 2 in figure 1); in case 2, the server 3 additional services and applications causes a request for management to the system resources through the third interface (interface 4 in figure 1). Below the description of the process of the above two cases.

Case 1

Step 1: the client sends the system media request media control provided via the interface 2, the system provides media resources, a request for media control included: contextual information about performing the service (for example, information about the session and its value to the management team. In a particular application may be used in the method Protocol (S-HTTP or TCP/IP;

Step 2: the system of the media receives a request for media control and takes the value of the control command, then the data in the system determines the operation (for example, replacement of the media, stop vosproizvedeny is, volume control audio playback and so on)that provide special control commands, and sends it to the server 3 additional services and applications the control command corresponding to the command value of the control, for the respective media control;

Step 3: the server additional services and applications performs management media management team.

Case 2

Step 3: the server 3 additional services and applications performs management media management team.

It should be noted that step 1 in the above two cases is in p is acesse performance of additional services. This process can be performed based services, real-time session (for example, individual ringtone, services, multimedia images)to the same session may be caused by the client or additional service and application (e.g., conference).

Below on the basis of system resources and peripheral functional object, for example, will select the multimedia service call melodies (i.e., the server 3 additional services and applications as a service server of a multimedia ring tones) for a description of the above technical variants of the present invention.

Example 3 implementation, the playback of media real-time

In this example include: CMR (individual multimedia ring) server is a server 1 services in the system; CMR Client-A - terminal of the caller; CMR Client-In terminal of the called subscriber In that signed the agreement about the service of individual ring tones; AS-server (audio server) is a server that individual ringtone belongs to the subscriber; MS (media server) is a server 4 media, responsible for multimedia playback. 7 is a diagram of signals for playback of dynamic media on example 3 implementation options implementation in the present invention. As shown in Fig.7, contains the following steps:

1. CMR Client-And starts the session (invitation (offer sessions), and the session is routed to the audio server individual ringing tone melodies, which belongs to the terminal CMR Client-In;

2. Audio server sends to the server CMR request (proposal session on the media playback, which contains the terminal number CMR Client-And it mediaopened, the number of terminal CMR Client-In, you specify the connection to the client CMR Client-In and display of ring tones after the call the customer CMR Client-In;

3. CMR server runs the session to the called terminal CMR Client-In (invitation (offer session);

4. CMR Client-sends back to the server CMR message ring tones (ring);

5. In accordance with the information in the request and the subscriber data stored in the server, CMR server determines the location of the resources of the ringtone starts the session to the server 4 media received mediaopened CMR Client-a (proposal received it became very popular and receives mediopassive resources multimedia ring tones after agreeing server media;

6. CMR server sends back to the audio server response message with a description of the resources multimedia ringtone (response (proposal became very popular));

7. Audio serverprogram transmits a response message (response (proposal became very popular) to CMR Client-A;

8. CMR Client-a does premature coordination media (preliminary negotiations session);

9. CMR Client-a sends back a response message about mediopassive resources multimedia ringtone (confirm (answer became very popular);

10. Audio server transparently transmits a response message (confirm (answer became very popular)) to the server CMR;

11. After transmitting the response message to the MS server (to finish the negotiations became very popular) server CMR completes the reconciliation process media;

12. Audio server sends to the server CMR request to start playback (request replay);

13. After CMR server sends to the server MS request to start MS-server starts play media multimedia ringtone (start playback became very popular);

14. CMR Client-In responds and transmits a response message (response (response, session)) to the server CMR;

15. CMR server sends to the MS server command stop playback (stop playing became very popular), and the latter stops the playback of the multimedia resources of ring tones.

16. CMR server sends a reply message to the audio server (answer (answer session));

17. Audio server transparently transmits the response message to the CMR Client-A (answer (answer session));

18. CMR Client-a sends back a response message (confirmation session) to the audio server.</>

19. Audio server transparently transmits a response message (confirmation session) to the server CMR;

20. CMR server sends back a response message (confirmation session) to the CMR Customer-In, and start negotiations (conversation) between CMR Client-a and CMR Client-Century

Example 4 implementations, the playback of static media

In this example include: CMR (individual multimedia ring) server is a server in the system; CMR Client-A - terminal of the caller; CMR Client-In terminal of the called subscriber In that signed the agreement about the service of individual ring tones; AS-server (audio server) is a server that individual ringtone belongs to the subscriber; MS-server (media server is a media server that is responsible for multimedia playback. On Fig is a diagram of signals according to example 4 of a variant of implementation of the present invention. As shown in Fig, contains the following steps:

1. CMR Client-And starts the session (invitation (offer sessions), and the session is routed to the audio server, which belongs to the terminal CMR Client-In;

2. Audio server sends to the server CMR request (proposal session on the media playback, which contains the terminal number CMR Client-And it mediaopened, the number term is Nala CMR Client-In, this includes the need to connect to the customer CMR Client-In and display of ring tones after the call the customer CMR Client-In;

3. CMR server runs the session to the called terminal CMR Client-In (invitation (offer session));

4. CMR Client-sends back to the server CMR Server message ring tones (ring);

5. In accordance with the information in the request and the subscriber data stored in the server, CMR server determines the location of resources ringtone (offer Media URI);

6. CMR Server sends back a message about the call to the server Audio server (response Media URI), including a resource identifier ringtone;

7. Audio server transparently transmits a message (answer Media URI) to the customer CMR Client-A;

8. CMR Client-a sends a request to download to the server CMR (request media resources in URI);

9. CMR Server sends back the response to loading (with media);

10. CMR Client-A multimedia downloads ringtones and performs playback (play media);

11. CMR Client-In answers (answer (answer session)) and sends a reply message to the server CMR;

12. CMR server sends a response message to the audio server (answer (answer session));

13. Audio server transparently transmits the response message to the client CMR Client-A (answer (answer session));

14. After receiving, in return, what about the message CMR Client-And stops media playback (stop display media);

15. CMR Client-a sends back a response message (confirmation session) to the audio server.

16. Audio server transparently transmits a response message (confirmation session) to the server CMR;

17. CMR server sends back a response message (confirmation session) to the CMR Customer-In, and start negotiations (negotiation) between CMR Client-a and CMR Client-Century

With the help of above mentioned steps is a single playback and multimedia real-time and static media.

Option III-implementation of system

In accordance with a variant of the third implementation of the present invention proposes a method of playback of the media used in the system of media in the above option I and/or II of the implementation of the system. In the embodiment of the present invention, the server 3 additional services and applications requires to get a special ID media playback controls and the session server 3 additional services and applications independently. Figure 9 is a diagram of how to play the media for option III, the method of the present invention. As shown in Fig.9, the method of playback of media contains the following steps (numbered from S902 to S906):

Step S902: the server 1 receives the request will cause the and from the server 3 additional services and applications the call request includes the request type, the identifier of the client, information about the media (for example, the object identifier mediaposition with his mediaopened etc). This request type is used to specify whether the request identifying media resources.

It should be noted that the step S902 is performed during the execution of additional services. This process can be carried out on the basis of service real-time session (such as an individual ringtone service multimedia images)to the same session may be caused by the client or additional services and applications is enemy (for example, the conference). This process can be carried out based services session unreal time (for example, additional service (SMS). Preferably, the proposed interface 4 may be defined by the server 3 additional services and applications.

Step S904: server 1 service determines the location of the media and conducts their choice according to the call request, and sends back to the server 3 additional services and applications information media;

Specifically, the positioning of the media is performed by the server 1 of the search services in accordance with the locally stored information about the personal habits of the subscriber. Next, the server 1 through the interface 6 searches in real time the status and location of subscribers, other application servers (e.g., server, display, server, location defines the location of the media and conducts their choice in accordance with the received state, the location of the subscriber and caller information. The above state of the subscriber may also be obtained and stored in the control services using a search method in an unreal time.

Step S906: the server 3 additional services and application performs the appropriate management of media and media ID assests is no interaction with the client, device multimedia playback (media server), as well as special exercises mediumspringgreen for the client. Preferably, a special image contains one of the following ways: multimedia real-time, load signals.

Specifically, when the media are multimedia in real-time (audio, video media and so on), the server 1 service server 4 manages media resources to negotiate media, and returns the results of the interaction to the server 3 additional services and applications that specifically includes the following steps: 1. After receiving the confirmation of the approval from the client server 3 additional services and application notifies the server 1 of the services, and the latter performs the reconciliation process media; 2. Server 3 additional services and application passes the request to play on the server 1 services, and the latter controls the server 4 media for playback; 3. Server 3 additional services and application transmits a request to stop playing the server 1 services, and the latter controls the media server 4 to stop playback, that completes the process control playback.

When the media are static media (e.g., texts, drawings etc), sod is Ratsa the following steps: 1. Server 1 service returns information about the media server 3 additional services and applications, and the latter transmits the above information by means of signals to the client; 2. On this information, the client downloads the media server 1 services and carries out their play.

In addition, the client and/or server 3 additional services and applications can also perform management mediumspringgreen using different interfaces provided by the server service. The process control mediumspringgreen performed by the client and/or server additional services and applications, contains at least one of the following: stop the playing of the media, replacement of reproducing media, change the volume of a sound reproducing media, copying, reproducing media, dynamic selection of streaming media.

Manage mediumspringgreen can server 3 additional services and applications and the client. Depending on the initiator of the request management mediumspringgreen there are two cases: in case 1, the terminal causes a request for management to the media via the first interface (interface 2 in figure 1); in case 2, the server 3 additional services and applications will invoke the query management system media is resursov through the third interface (interface 4 in figure 1). Below the description of the process of the above two cases.

Case 1

Step 3: the server 3 additional services and applications performs management media management team.

Case 2

Step 1: the server 3 additional services and applications sends the system media request media control via interface 4, when the fact in the request for the multimedia included the values of the control command (for example, the key value of the terminal of the subscriber);

Step 2: the system of the media receives a request for media control and takes the value of the control command, then the data in the system determines the operations that must be performed by the server 3 additional services and applications, and sends the control command corresponding to the value of the management team for appropriate mediaupdate;

Step 3: the server 3 additional services and applications performs management media management team.

Example 5 implementation, the playback of mediaries the owls real time

In this example include: CMR (individual multimedia ring) server is a server 1 services in the system; CMR Client-A - terminal of the caller; CMR Client-In terminal of the called subscriber In that signed the agreement about the service of individual ring tones; AS-server (audio server) is a server that individual ringtone belongs to the subscriber; MS-server (media server) is a server 4 media, responsible for multimedia playback. Figure 10 is a diagram of signals according to example 5 variants of implementation of the present invention. As shown in Figure 10, contains the following steps:

1. CMR Client-And starts the session (the session invitation CRM), and the session is routed to the server individual ring tones audio server belongs CMR Client-In;

2. Audio server runs the session to the called customer CMR Client-In (invitation session CMR (proposal));

3. CMR Client-sends back to the audio server message call (ring);

4. Audio server sends to the server CMR request (request CMR resource) on the determination by the server CMR location of the media;

5. In accordance with the information in the request and the subscriber data stored in the server, CMR server determines the location of the multimedia resources Melo is the second call (offer Media URI);

6. CMR server sends back a message to the audio server (answer (Media URI)that contains the resource identifier of the multimedia ring tones;

7. Audio server runs the session to the server MS (proposal became very popular offer) and is mediopassive CMR Client-a, And also receives mediopassive resources multimedia ringtone;

8. Audio server sends back a response message with a description of the resources multimedia ringtone to CMR Client-A (reply (proposal became very popular));

9. After agreeing multimedia CMR Client-a sends back a response message (response ASC (answer became very popular));

10. Completed the process of premature reconciliation media between the audio server and MS server (to finish the negotiations became very popular);

11. Audio server sends a message (to start playback became very popular) to the server MS to start playback of multimedia resources ringtone (play became very popular).

Example 6 implementation, the playback of static media

In this example include: CMR (individual multimedia ring) server is a server 1 services in the system; CMR Client-A - terminal of the caller; CMR Client-In terminal of the called subscriber In that signed the agreement about the service of individual ring tones; Audio server is a individual of ringing tone melodies, to the which belongs to the subscriber; MS-server (media server) is a server 4 media, responsible for multimedia playback. Figure 11 is a diagram of signals according to example 6 variants of implementation of the present invention. As shown in figure 11, contains the following steps:

1. CMR Client-And starts the session (the session invitation CRM), and the session is routed to the server individual ring tones audio server belongs CMR Client-In;

2. Audio server runs the session to the called customer CMR Client-In (invitation CMR session (offer));

3. CMR Client-sends back to the audio server message call (ring);

4. Audio server sends to the server CMR request (request CMR resource) on the determination by the server CMR location of the media;

5. In accordance with the information in the request and the subscriber data stored in the server, CMR server determines the location of the resources of the multimedia ringtone (offer Media URI);

6. CMR server sends back a message to the audio server (answer (Media URI)that contains the resource identifier of the multimedia ring tones;

7. Audio server sends back to the client CMR Client-A message about the call (answer (Media URI)that contains the resource identifier of the multimedia ring tones;

8. CMR Client-a sends a request to download to CMR (request media resources in URI);

9. CMR Server sends back the response to loading (with media);

10. CMR Client-A multimedia downloads ringtones and performs playback (play media);

11. CMR Client-respond (the response) and sends a reply message to the audio server.

12. Audio server sends back a response message to the client CMR Client-In (answer);

13. After receiving the response message CMR Client-And stop playback (stop display media).

Using variants of the present invention, the service server performs a single display and media control, making the problem of the impossibility of a single control multimedia playback for different services mediaposition, which reduces the cost of construction and deployment of each service system, and has a positive effect on maintenance, and also provides subscribers with a uniform perception of control subscriber multimedia and usability.

It is obvious that the person skilled in the art it is clear that the modules and steps of the present invention mentioned above can be implemented using a conventional computing devices, for example, can be combined into a single computing device or may be distributed in a network consisting of multiple computing the devices; in another case, the modules and the steps can also be implemented using software code that can be executed by computing devices. Thus, these modules and the steps may be stored in storage devices for execution by the computing device or may be implemented in the form of integrated circuits, or multiple modules or steps can be implemented in a single integrated circuit. Thus, the present invention is not limited to any specific combination of hardware and software.

The above descriptions are only preferred embodiments of the present invention and not used for limiting the present invention. The person skilled in the art may make many variations and modifications of the present invention. Any modifications, equivalent substitutions, improvements etc. made without deviating from the essence and principles of the present invention, are included in the scope of legal protection of the present invention.

1. The playback system media containing the server 1 services, the client 20 in the media and the client 22 control functions, characterized in that:
server 1 contains:
item 10 control playback, pre is scheduled for positioning media resources and management mediumspringgreen, the management of mediumspringgreen includes at least one of the following: stop the playing of the media, replacement of reproducing media, change the volume of a sound reproducing media, copying, reproducing media, dynamic selection of streaming media;
item 12 management services, designed to store and/or manage the configuration information of the subscriber resources-related services;
element 14 resource management, designed to store and manage media and relevant information; and
the client 20 media designed to play media and management mediumspringgreen;
the client 22 control functions designed to manage subscriber data and personal media;
server 1 service is designed for execution of at least one of the following:
to provide the client 20 first media interface for receiving control commands mediumspringgreen from the client 20 media, and also to provide the client 20 media interface for downloading media;
to provide the client with 22 functions to control the second interface to provide an interface to control the definition and onotskih data and personal subscriber resources;
to provide the portal 5 services and/or the management portal, a third interface for providing interface to update and retrieve configuration information of subscribers;
give the server 3 additional services and applications fourth interface to provide an interface to call the server 1 service that allows the server 3 additional services and applications to get to be the reproduction of the media and to control playback on call and information about the services and the server 1 service allows you to receive from the server additional services and applications commands mediumspringgreen;
give the server 6 special applications fifth interface to provide an interface for calling and receiving health and the server 6 special application contains the server display server location;
give the server 4 of the sixth media interface to control playback;
to provide the media stored in the element 14 of the resource management server 4 of the media in the form of a network file to run the server 4 media playback functions;
to support the boot Protocol (S-HTTP;
to give the event a rating for operations management mediumspringgreen, operations subscriber is given the s and/or operations resources.

2. How to play the media, including the following steps:
the server receives the call request to mediaposition from the server additional services and applications;
the server of the service call request identifies the location of the resources and in accordance with the type of media spends mediaposition using appropriate method;
the method further includes:
management mediumspringgreen performed by the client and/or server 3 additional services and applications, which contains at least one of the following: stop the playing of the media, replacement of reproducing media, change the volume of a sound reproducing media, copying, reproducing media, dynamic selection of streaming media;
server 1 service is designed for execution of at least one of the following:
to provide the client 20 first media interface for receiving control commands mediumspringgreen from the client 20 media, and also to provide the client 20 media interface for downloading media;
to provide the client with 22 functions to control the second interface to provide an interface to control the definition of subscriber data throughout the actual subscriber resources;
to provide the portal 5 services and/or the management portal, a third interface for providing interface to update and retrieve configuration information of subscribers;
give the server 3 additional services and applications fourth interface to provide an interface to call the server 1 service that allows the server 3 additional services and applications to get to be the reproduction of the media and to control playback on call and information about the services and the server 1 service allows you to receive from the server additional services and applications commands mediumspringgreen;
give the server 6 special applications fifth interface to provide an interface for calling and receiving health and the server 6 special application contains the server display server location;
give the server 4 of the sixth media interface to control playback;
to provide the media stored in the element 14 of the resource management server 4 of the media in the form of a network file to run the server 4 media playback functions;
to support the boot Protocol (S-HTTP;
to give the event a rating for operations management mediumspringgreen, operations subscriber is given the s and/or operations resources.

3. The method according to claim 2, characterized in that in the call request includes at least one of the following information: type of request, information about mediopassive object mediaposition, when this request type is used to specify the subject to playback media server services.

4. The method according to claim 3, characterized in that when the media are multimedia real-time, the service server performs mediaposition type of media using appropriate method comprising the following steps:
the server manages the device mediaposition to negotiate media and transmits the result of the reconciliation to the server additional services and applications;
server additional services and applications requests the server service mediaposition that controls the device mediaposition to play.

5. The method according to claim 4, characterized in that after the server services will mediaposition type of media using appropriate method comprising the following steps:
server additional services and applications receives a special event and sends to the server services the request to stop playback;
on request to stop playing the server service manages the device IU is yavorovaya to stop playback.

6. The method according to claim 5, characterized in that when the media are static media server performs mediaposition type of media using appropriate method comprising the following steps:
the service server transmits the information about the media back to the server for additional services and applications, which transmits to the client the information above;
according to the information received, the client downloads the media server services and conducts their play.

7. The method according to claim 2, characterized in that the server accepts the call request from the server additional services and applications, namely:
the server receives the call request from the server additional services and applications using the first interface located between the above-mentioned servers.

8. The method according to claim 7, characterized in that the first interface contains one of the following interfaces: interface API interface remote calls, the HTTP interface.

9. The method according to claim 8, characterized in that the server additional services and applications contains: server multimedia message service, the server service multimedia images, the server additional services SMS, multimedia conferencing server.

10. The method according to claim 7, characterized in that the client manages mediaposition the m using the provided server service interface, comprising the following steps:
the client sends the server a request for media control in accordance with the first interface provided by the system of the media, with the request to control the media make information about the context and the command value of the control current services;
the service server receives a request for media control and retrieves the value of the control command, and sends to the server additional services and applications the control command corresponding to the value of the control commands;
team management server additional services and applications executes control of the media.

11. The method according to claim 10, characterized in that it contains one of the modes: Protocol (S-HTTP or TCP/IP.

12. The method according to claim 7, characterized in that the server additional services and applications controls mediumspringgreen using the provided server service interface, comprising the following steps:
additional server and application server sends service request managing media using the first interface, a request for multimedia to be paid the value of the control commands;
the service server receives a request for media control and retrieves the value of the control command, and sends the server the Roux additional services and applications management team, corresponding to the value of the control commands;
at this command, the server additional services and applications, conducts media control.

13. How to play the media, including the following steps:
the server receives the call request to connect to the intended client and mediaverse from the server additional services and applications;
according to the call request, the service server is connected to the plug provided to the client;
after receiving the ID connection status sent to the connected client, the server determines the location of the media on the call request, and performs control mediaposition type of media in different ways;
the method further includes:
management mediumspringgreen performed by the client and/or server 3 additional services and applications, which contains at least one of the following: stop the playing of the media, replacement of reproducing media, change the volume of a sound reproducing media, copying, reproducing media, dynamic selection of streaming media;
server 1 service is designed for execution of at least one of the following:
to provide the client 20 honey is resursov first interface for receiving control commands mediumspringgreen from the client 20 media and also to provide the client 20 media interface for downloading media;
to provide the client with 22 functions to control the second interface to provide an interface to control the definition of subscriber data and personal subscriber resources;
to provide the portal 5 services and/or the management portal, a third interface for providing interface to update and retrieve configuration information of subscribers;
give the server 3 additional services and applications fourth interface to provide an interface to call the server 1 service that allows the server 3 additional services and applications to get to be the reproduction of the media and to control playback on call and information about the services and the server 1 service allows you to receive from the server additional services and applications commands mediumspringgreen;
give the server 6 special applications fifth interface to provide an interface for calling and receiving health and the server 6 special application contains the server display server location;
give the server 4 of the sixth media interface to control playback;
to provide the media stored in the control element 14 is surimi, server 4 media resources in the form of a network file to run the server 4 media playback functions;
to support the boot Protocol (S-HTTP;
to give the event a rating for operations management mediumspringgreen, operations, subscriber data and/or operations resources.

14. The method according to item 13, characterized in that when the media are multimedia real-time, the service server manages mediaposition type of media using appropriate method, wclause the following steps:
the server manages the device mediaposition to negotiate media and returns the result of the reconciliation to the server additional services and applications;
server additional services and applications requests the server service mediaposition that controls the device mediaposition to play;
the server receives the identifier of the connection state, sent to the connected client, and controls the device mediaposition to stop playing, and sends a response message to the server additional services and applications;
additional server services and applications, if necessary, transmits a response message to the client and receives from him the confirmation message;
the server of additional services and applications sends a confirmation message to the connected client using server services and both parties begin to negotiate;
in the call request includes at least one of the following information: type of request, ID, connection status, information about mediopassive object mediaposition, when this request type is used to specify the subject to playback media server services.

15. The method according to item 13, characterized in that when the media are static media server service manages mediaposition type of media using various methods, including the following steps:
server services using the signals it sends to the server additional services and information about the media, which transparently transmits the above information to the client;
on this information, the client downloads the media server services and conducts their reproduction;
the server receives the identifier of the connection status of the connected client, and transmits to the client the ID of the connection status with the server additional services and applications, then the client stops playing and sends back a confirmation message;
the server sends a confirmation message to the connected client, and both parties begin to negotiate.

16. The method according to item 13, characterized by the fact that h is about in the call request shall also be the control ID of the connection status of the connected client when this control ID connection status is intended to indicate that after reaching the special status of the connection server performs playback.