Device and method for rendering data transfer service governed by service delivery mode

FIELD: communication systems.

SUBSTANCE: proposed device designed for selective delivery of mode-governed data transfer service to receiving station to facilitate routing of data transfer service has unit determining type of mode of data transfer service delivery that functions so that in case of background data delivery mode call delivery routing unit transmits data transfer service to assigned receiving station instead of readdressing according to CALL FORWARDING option or to other service interaction pointer.

EFFECT: improved procedure of routing data transfer service to selected terminal.

19 cl, 5 dwg

 

The technical field to which the invention relates.

The present invention relates generally to method, which provide data generated according to the service data to the receiving station, such as mobile station operating in a cellular or other radio system. More specifically the present invention relates to a device and method by which the data service specified mode of delivery services, selectively sent to the receiving station. Routing depends on this mode of delivery services and also selectively from pointer interaction services, such as the pointer passing call” or “do not disturb”associated with the receiving station. When the mode of delivery of services is the background mode, the data service is selectively with the receiving station regardless of the pointer interaction services associated with the receiving station.

The level of technology

Telephone communication is an indispensable tool of modern society. The ability to transmit telephone messages between two or more communication stations through the telephone network allows for the transmission of telephone messages between communication stations, regardless of their respective locations. Phone St. the relationship enables the implementation of voice services and data services.

The telephone network is established in all important parts of the populated areas of the world. Communication station connected to the telephone network used to implement the communication. The caller using the calling communication station, initiates a communication session, and end with the receiving device in the receiving station. In the traditional telephone network initialization in the calling station communication services is performed by the caller, introducing numerals dial numbers associated with the intended receiving station, according to the call request. Telephone network interprets digit dialing and notifies the receiving station of the call request. Receiving subscriber located at the receiving station accepts the call request, for example, by removing the receiving station “lever”. Service connection is then made between the calling station and the receiving station through the telephone network.

Recently been installed cellular and other radio system to cover a large part of the inhabited areas of the world. A cellular communication system includes network infrastructure, which are connected with traditional wired telephone communication systems. The mobile station operating in a cellular or other communication system that communicates through l the deposits communication with a network infrastructure of the cellular communication system.

The user of the mobile station initiates the transmission of telephone messages to another communication station, or take phone messages. Another communication station can be formed from traditional wired station or another mobile station. Because the communication route propagation in the mobile station and the mobile station, a radio link, a wired connection, traditionally needed to connect traditional wired station to the telephone network, are eliminated. Therefore cellular or other radio system inherent in the increased mobility of communication. Despite the fact that the mobile station is radiopropagation, the mobile station typically designed to simulate the traditional wired communication station. The mobile station user communicates by phone ways similar to the ways in which the user of a traditional wired communication station is according to the communication session.

Advances in communications and processing technologies provided an opportunity for the implementation of additional tools and services related to communication conducted through the telephone network. Telephone switches and other control devices are constantly designed which are, for example, to provide specialized services delivery, services such as “passing the call” and “do not disturb”. Such services are provided as in traditional wired telephone systems and cellular and other radio systems. Additional facilities and services are typically provided pursuant to the subscription services in which the user, i.e. the subscriber subscribes to additional communication services according to the subscription plan.

Service “do not disturb” is a service call control.

When the option “do not disturb” is activated according to the subscription services, call designed to end in a communication station associated with the subscription is not delivered to the communication station. Similar services passing calls, such as the passage of a call - busy (THP), the passage of call - by default (Pitu)passing the call - no answer (PVNO) and passing the call - unconditional (PVB) are call forwarding. When passing the call” is activated according to the subscription services, call designed to end in a communications station associated with a subscription, instead it is transmitted to another communication station. That is, the call requesting the implementation of the communications service, divert suede in another terminal destination.

The above services and options were first implemented for voice services. However, more and more telephone systems, wireless systems, cellular and other radio systems, are used to carry out data transmission services. Despite the fact that the transmission of speech are normally set by the user, data services does not necessarily specified by the users. Instead, data services are sometimes communication stations, and not by the users. The presence of the subscriber or other user of the communication station is not required to implement data services, which is defined as a communication station. However, the traditional system in which activated services “do not disturb” and “the passing of the call, automatically forwards the call data transmission services and, thus, prevent the delivery of data services intended receiving communication station.

Therefore, would benefit from an improved method by which the data service in a communication system, which provides such additional subscription.

In light of this information on prior art related to the implementation of data services in a communication system, developed significant the improvements of the present invention.

The invention

Thus, the present invention provides a device and method which provide data generated according to the service data to the receiving station, for example, a mobile station operating in a cellular or other radio system.

By functioning variant of implementation of the present invention proposes a method by which the data service specified mode of delivery services, selectively sent to the receiving station. Routing depends on this mode of delivery services and also selectively from pointer interaction services, for example, the pointer passing call” or “do not disturb”associated with the receiving station. The choice whether to send the service data to the receiving station or to perform forwarding services data transmission to another terminal end point depends on the specified mode of delivery services and also selectively from pointer interaction services. Pointer interaction services includes, for example, the pointer value “passing call” or the sign “do not disturb”associated with the receiving station.

Variant implementation of the present invention describes a methodology that allows a background service delivery when is Alicia flags interaction services which would normally prevent engagement of the receiving station associated with the communication services. When these flags are set, usually the receiving station is not contacted in relation to the delivery of communication services, and the service is not performed in the receiving station.

In one aspect of the present invention, the delivery mode services related to communication initiated by the calling station. The mode of delivery of services associated with a particular communication session. An alternative mode of delivery of services associated with the calling station and each communication session initiated by the calling station, associated with a particular mode of delivery services. Determination of the mode of delivery of services is performed according to the procedures initialization call. The request responsive to the determination of the mode of delivery of services, the selection also consists of the values of pointer interaction services, for example, the pointer value “passing call” or “do not disturb”. The mode of delivery of services associated with the communications service is selected at least one of the two modes of delivery: background delivery of services and priority delivery mode services.

Background the delivery of services associated with a communication service in which delivery of communication services is performed without attention or interaction of the receiving subscriber, raspolojennom is the receiving station. The receiving station does not need to know about the implementation of communication services. When the background delivery mode services related to communications, is not required to determine the index of interaction services, for example, the pointer associated with options “passing the call” and “do not disturb”, and is not required to perform forwarding services communication terminal destination that is different from the intended receiving station. Some communication services are communication station, and not by the user. By linking background delivery services communication services, which are specified communication station, the delivery of communication services in the intended receiving station irrespective of whether the receiving subscriber to accept or otherwise perceive the delivery of communications services.

Also determines the priority mode of delivery services. Communication services that require perception or communication with the receiving subscriber, remain limited by the values of pointer interaction services. That is, when the communication service is user-dependent, follow the normal procedures “passing the call” and “do not disturb”. That is, when the service requires priority shipping is the determination of the values of pointer interaction services to determine, and divisionary whether communications options services. If communications options services activated, the service connection will be forwarded to another terminal end item or service is not implemented.

In another aspect of the present invention is defined additional modes of delivery of services. The maintenance mode is associated with certain communication services, which, when executed, operate to maintain the receiving station. Since this service is a given communication station, when the mode of delivery of services identified as the mode of delivery support, service communication is intended receiving station, regardless of the setting of the pointer interaction services. Similarly, define the mode of delivery of diagnostic services. That is, when the communication service specified by delivery mode, diagnostics, service communication is intended receiving station, regardless of the values of pointer interaction services. Additional modes of delivery of services can be similarly determined.

By defining a background mode of delivery services and priority delivery mode services receiving subscriber, the network operator and the service provider, all can discern what services should be delivered to the receiving station or another terminal destination. In the communication system, in which toroi implemented a variant of implementation of the present invention, possible improved communication, as communication services are selectively implemented with the intended receiving station in the background without interacting with the host subscriber.

In one embodiment, the implementation modes of delivery of services identified in the cellular system or the system FFP (personal communication service) and related communication services implemented with a mobile station operating in these systems. When the background mode of delivery of services associated with the communication service, the communication service is performed by the receiving station, i.e. the mobile station, regardless of whether the receiving subscriber of the mobile station to accept delivery of, and regardless of the implementation of communication services. Also determines the priority mode of delivery services. When the priority delivery mode associated with communication services, additionally you define, whether the pointer interaction services, such as the option of “passing the call” or “do not disturb”. Routing communication services, responsive to the activation of the communications options services, redirected, or terminated in a suitable manner, if the receiving party cannot accept the service connection.

Therefore, in these and other aspects of a device and method for a communication system having a calling stations is, which initiated the call data transmission services. The call data transmission services must be completed in the intended target station. Routing call data transmission services in the terminal destination selectively facilitated. The terminal end-point is selected responsive to at least the type of delivery mode. The determination device type mode of delivery is valid, responsive to detecting the initialization call, data transmission services. Device for determining the type of delivery mode specifies relative to the intended target station type of delivery mode associated with the call data transmission services. The device direction of delivery of the call is connected to the determination device type mode of delivery. The device direction of delivery of the call forwards the call data transmission services in the terminal destination. The terminal end-point is formed from the intended target station when the type of delivery mode, defined by the device type identification, mode of delivery, is a background type of delivery mode.

A more complete understanding of the present invention and its scope can be obtained from the accompanying drawings, which are briefly described below in the following detailed description of presently preferred embodiments the image is the shadow, and from the attached claims.

Brief description of drawings

Figure 1 illustrates a functional block diagram of an exemplary communication system that implements a variant of implementation of the present invention.

Figure 2 illustrates a functional block diagram of part of the communication system depicted in figure 1.

3 illustrates an exemplary database that you created and addressed during the work variant implementation of the present invention.

Figure 4 illustrates the sequence diagram of messages illustrating the transmission of signals generated during operation of a variant of implementation of the present invention.

Figure 5 illustrates a block diagram outlining the operation of a variant of the method according to the present invention.

Detailed description of drawings

First, referring to figure 1, a communication system, shown generally 10, is effective to carry out the service data according to the communication session between the calling station 12 and the intended receiving station, in this drawing, the mobile station 14. In the exemplary implementation shown in the figure, the mobile station 14 is operating according to the so-called cellular systems 2P, 2,5P and 3P (third generation), which provide data that carry the implementation of the s data transmission services. In other embodiments of the mobile station is operating in other cellular systems and other wireless systems. In another implementation, the receiving station, a shape formed from the mobile station 14, but instead is formed from a switching station wired communication lines.

The communication system includes a network that includes a radio component, a shape formed from a network of 16 radio access (PSA). The radio access network is also valid according to the standard cellular 2S, 2,5P and/or 3P, thus, to communicate with the mobile station 14 through line 18 to the radio.

The network elements 16 radio access determine cell cells, which form a service area within which communication with the mobile station such as mobile station 14. The figure shows one cell of the cell 12. In the actual implementation there are a large number of cell in a radio access network.

Communication system additionally includes a network of 24 General use, the figure representing the PSTN (public switched telephone network (PSTN) and SPD (packet data network), such as the Internet. The public network connected to the radio access network through a gateway (W) 34 and the center 36 of the mobile communication switching (CCMS). The switching center of mobilisasi is used for connection with a circuit-switched and the gateway 34 is used for connections to the packet.

In the exemplary implementation shown in the figure, the calling station 12 is connected to the network 24 for General use. And the communication route is formed between the calling station and the mobile station through a gateway or switching center mobile radio access network and radio communication lines, so that the data transmission service is initiated at the calling station, was delivered to the mobile station, which forms a receiving station. Messages initiated in the mobile station, delivered to the station 12 is also transmitted over the same communication route. And, despite the fact that for some purposes of explanation, the description of an example operation of a variant of implementation of the present invention will be described with respect to messages initiated at station 12, the messages may be similarly initiated in the mobile station 14.

Figure 2 illustrates part of the communication system 10, illustrating the elements forming device 42 variant implementation of the present invention. The elements are functionally and in the figure are located in the center 36 of the mobile communication switching. In other embodiments of the elements of the alternative are any other locations, for example, within the radio access network, or distributed in the center is ommutative mobile and in the radio access network, as well as any other locations.

The switching center mobile is connected to the register 46 source location (ROME), which includes a database 48 variants of implementation of the present invention.

The switching center of the mobile communication is also connected to multiple radio network controllers (red), one of which cattle 52 shown in the figure, which are implemented in the network of 16 radio access. The radio network controller controls the operation of, for example, multiple base transceiver stations (BPS), of which one base transceiver station 54 (BPS) is depicted in the figure. Communication of the mobile station 14 with the base transceiver station on line 18 radio in the figure specified by joint reference segment 18. And the arrow represents the query generated by the calling station (e.g., a calling station, depicted in figure 1)to initiate the implementation of data services with the intended receiving station, a shape formed from the mobile station 14, and data that must be transmitted to a mobile station according to the implementation of data services.

In one embodiment, the implementation of the calling station, as part of the request generated by the communication line 58, provides the pointer mode of delivery services, which should b the th delivered data transfer service on request. The delivery mode is the selected mode of at least two different types of modes of delivery services: background delivery mode and priority delivery mode. Background delivery mode is a mode which enables the implementation of data services by using the receiving station, regardless of whether the receiving subscriber to accept delivery of data services. On the contrary, the priority delivery mode services related to data associated more with the receiving subscriber, than with the receiving station, which should be directed initially requested data service. That is, the data service associated with the background mode of delivery services, may be given communication station, while the data service associated with the priority of the delivery mode is set by the user.

In an additional implementation defined additional modes of delivery of services. Delivery mode support is prescribed, when the data service implemented and performs support in the receiving station. The mode of delivery of diagnostic services associated with the data service, which, when executed, performs the service diagnostics in the receiving station. Both modes, support and Troubleshooting, such background resimulate services including, the data service is a service that a given communication station. Similarly, the delivery of data services, the specified background mode of delivery service, a data service, specified mode of delivery of support services or the delivery mode diagnostic services can be delivered to the receiving station, regardless of whether the receiving subscriber at the receiving station.

The device 42 variant implementation of the present invention is located in the control center, the figure formed from the center 36 of the mobile communication switching, includes device 62 determine the type of delivery mode, is connected to line 58, to detect indications of the mode of delivery of services associated with the data service, initiated by the calling station. In one implementation, the indication of the background mode of delivery services is contained in the call request. That is, the instruction forms part of the call request, and such indication is provided by the calling station. In another embodiment, the implementation of instruction mode of delivery of services associated with the identity of the calling station. In another implementation mode of delivery of services associated with the calling station is selected by the receiving station. In implementations in which the mode of delivery of services associated with the calling station, not specifically the service data, the indication is stored in a database, such as database 48 data, or other internal or external database, available through CMS 42, and indexed, along with a pointer that identifies the calling station. That is, the base 48 of the data on this drawing shows the property in the case of the original location (ROME). In other embodiments of the database is located elsewhere and is available through CMS. For example, in another implementation the database is located in the element connected to the network 24 for General use.

If the device 62 determining determines that the request for initialization of data transmission services is a background mode of delivery services, the mode of delivery of support services or the delivery mode diagnostic services, the installation procedure call continues with the intended receiving station, and data service is intended receiving station. If one or more flags interaction services are intended receiving station instructed by an appropriate means so as not to create an audible or other alarm for the user. The mobile station is informed according to the paging message, or according to the procedure of approval of the services that the requested background service. Since zapros the background service the user of the mobile station is not notified, for example, by generating the audible tone, on request. On the contrary, if the device 62 determining determines that the specified data service is implemented in the priority mode of delivery services, requires the receiving subscriber at the receiving station, to accept delivery of data services.

Paging message, responsive to the initialization request is generated and sent to the receiving station. The device 63 in the direction of delivery of the call is valid, responsive to the determination made by the device 62 in order to cause the generation of paging messages and other procedures call set-up. If the answer to the paging message does not indicate that the call recipient is the intended receiving station, to accept delivery of data services, the device 64 define pointer interaction of services is applicable to determine the flags are set interaction services associated with the receiving station. Pointer interaction services involve, for example, with means to transfer the call and means “do not disturb”sign on which the receiving subscriber subscribes according to plan services. Funds transfer the call include SEB is, for example, means: through the call - busy (THP), the passage of call - by default (Pitu)passing the call - no answer (PVNO) and passing the call - unconditional (PVB). The call request, responsive to the pointer value of the interaction services, selectively routed to the other terminal destination, such as another receiving station, or location of storage and transmission.

Thus, using the definition of the mode of delivery of services with data service possible improved communication in the communication system. As defined background delivery services, delivery of data services in the intended receiving station valid even in the case when the receiving subscriber is unable to accept delivery of data services, and the pointer interaction services indicates that the normal call request could be redirected to another terminal destination.

Figure 3 illustrates the base 48 of the data supported the figure in the register 46 source location (shown in figure 2). The drawing shows a first exemplary element 72 database. Database entry identifies the identity of the receiving station, a shape identifier 74 of the mobile station. Along with the ID of the indexed installation 76, 78, 82, 84 and 86 of the flag. Flag set correspond to the mouth of the stops “do not disturb”, THP, PITO, PUNO and PVB, selected by the receiving party associated with the mobile station, according to the subscription services.

When a call request is executed to perform data transmission, the mode of delivery of services contains the priority mode, the setting value of the flag is determined using a device definition pointer interaction services when you call can be made with the intended receiving station. Element 72 in the figure additionally includes a flag 88 mode of delivery of services associated with the calling station. In a variant implementation, in which the receiving station determines the mode of delivery of services associated with the calling station, the mode of delivery of services associated with the calling station is identified in the database.

The database on the figure includes another exemplary element 94 database, indexed drawing together the identification of 96 calling station and mode 98 delivery of services associated with it. This database entry is used when the mode of delivery of services associated with each data service provided by the calling station.

Figure 4 illustrates a diagram of a sequence of messages, shown generally at 102, representing the transmission of signals generated during operation of communication system 10, depicted in figure 1 and figure 2. When the servant of data, initiated by the calling station 12 must be made with the receiving station, in the figure, the mobile station 14, the calling station generates a request, such as a call request, indicated by the segment 104. The request is routed through the network communication system to the center 36 of the mobile communication switching or other control center. When the request is accepted, the system determines the mode of delivery of services associated with the request. The pointer mode of delivery services in one embodiment, the implementation is contained in the request. In another implementation, the determination of the mode of delivery of services requires access to a database that stores such information.

Also, you define values pointer interaction services, for example, whether the funds transfer calls or do not disturb. Done query the database 48 data located in ROME, or anywhere, to determine values. Query the database indicate segment 106. And the segment 108 indicates the response to the request.

When the mode of delivery of services and the pointer value of the interaction service is known, is the definition indicated by block 112, concerning whether to be generated paging message in a mobile station. The paging message includes a pointer mode of delivery services. Transfer pajingo the CSO messages are indicated on the figure by using the segment 114.

Figure 5 illustrates a block diagram of an implementation variant of the method of the present invention, depicted generally 134. Method 134 facilitates the routing of the call data transmission services in the terminal destination. And, as indicated by block 136, the type of delivery mode is assigned to the call data transmission services. Then, as indicated by block 138, the type of delivery mode assigned to the call data services.

Thereafter, and as indicated by block 142, selects a terminal destination to which to send the call data transmission services. The terminal end-point is formed from the intended target station when the type of delivery service is a background type of delivery mode.

Thus, possible improved communication in the communication system, because there is no need to implement the call forwarding service data to the terminal end point, different from the intended receiving station, if the mode of delivery of services is the background mode.

Given the preferred description of preferred examples for implementing the invention, and the scope of the invention is not necessarily limited to this description. Scope of the present invention defined by the following claims.

1. Improved device for selective ease the Oia routing data services in the selected terminal end point, reacting at least on the type of delivery mode, communication with the calling station, which is initiated by the data service, will be completed in the intended receiving station that contains a device for determining the type of delivery mode, is configured to respond to detection of the initiation of data transmission services, and the determination device type mode of delivery is intended to determine whether the intended receiving station type of delivery mode associated with the call data transmission services, and the unit direction of call delivery, coupled with determination device type mode of delivery, and the unit direction of delivery of the call is intended for the direction of the call data transmission services in the terminal destination, with the terminal end point includes the intended receiving station when the type of delivery mode, defined by the device type identification, mode of delivery, is a background type of delivery mode.

2. The device according to claim 1, characterized in that it further comprises a determination device pointer interaction services performed with response selection on the device type identification, mode of delivery, and the determination device pointer interaction in the meadow is designed to determine at least the first value of the pointer interaction services, the device direction of call delivery is additionally connected to the determination device pointer interaction services, terminal end item includes another receiving station when the type of delivery mode specified using the type of delivery mode, priority type delivery mode, and the first pointer value interaction services is the first selected value.

3. The device according to claim 2, characterized in that the type of delivery mode associated with the data service is a support mode, with the device of the direction of delivery of the call sends the service data in the intended receiving station when the type of delivery mode specified with the help of the device determine the type of delivery mode, is a mode of support, and the first pointer value interaction services as specified by the device identifying pointer interaction services, is the first selected value.

4. The device according to claim 2, characterized in that the type of delivery mode associated with the data service is a diagnostic mode, where the device in the direction of delivery of the call sends the service data in the intended receiving station when the type dir is m delivery defined by the device type definition delivery mode is a diagnostic mode, and the first pointer value interaction services as specified by the device identifying pointer interaction services, is the first selected value.

5. The device according to claim 2, characterized in that the device direction of delivery of the call prohibits the delivery of data services in the terminal end point when the first pointer value interaction services as specified by the device identifying pointer interaction of services is a value different from the first associated value.

6. The device according to claim 1, wherein the communication system includes a communication system having a control center for controlling communications in a communication system, and the intended receiving station includes a mobile station, and a device for determining the type of delivery mode implemented in the control center.

7. The device according to claim 6, characterized in that the device direction of delivery of the call made in the control center.

8. The device according to claim 2, characterized in that it further comprises a database, accessible through the device definition pointer interaction services, and the database is designed to maintain a directory of at least p the pout value pointer interaction services indexed along with the ID of the receiving station, determining at least the first value of the pointer interaction services using a device definition pointer interaction services performed through access to the database.

9. The device according to claim 8, characterized in that the first value is the interaction of services stored in said database indicates whether the option of “passing the call with the intended receiving station.

10. The device according to claim 8, characterized in that the first value is the interaction of services stored in said database indicates whether the option "do not disturb" from the intended receiving station.

11. The device according to claim 1, characterized in that the device direction of delivery of the call comprises a generator of paging messages and the generator paging message is intended for generating a paging message, which informs the terminal destination on the expected data service.

12. The device according to claim 11, wherein the paging message includes a pointer of type of mode of delivery, defined using the device determine the type of delivery mode.

13. The device according to claim 1, characterized in that the type of delivery mode associated with the data service, served in the device definition is of the type of delivery mode.

14. The device according to claim 1, characterized in that it further comprises a database, accessible through the device determine the type of delivery mode, and the database is designed to store the directory type, delivery mode, indexed together with the identity of the calling station.

15. Advanced facilitate selective routing of data transmission services in selected terminal destination, responsive at least to the type of delivery mode, designed for communication in the communication system having a calling station, which initiate data transmission, will be completed in the intended receiving stations, namely, that designate the type of delivery mode service data, determine the type of delivery mode, appointed during the operation of the destination, and selects the terminal end of the paragraph to which you want to send the call data transmission services, and the terminal end point includes the intended receiving station when the type of mode delivery, set during the operation definition is a background type of delivery mode.

16. The method according to item 15, wherein the type of delivery mode, appointed during the operation of the destination, is a background type of delivery mode.

17. The method according to item 15, wherein the type of regime to Tawke, appointed during the operation, the destination is a priority type delivery mode.

18. The method according to item 15, wherein the type of delivery mode, appointed during the operation of the destination, is the type of support the delivery mode.

19. The method according to item 15, wherein the type of delivery mode, appointed during the operation of the destination, is the type of the diagnostic mode of delivery.



 

Same patents:

FIELD: communications engineering.

SUBSTANCE: proposed band selection method for mobile orthogonal frequency division multiple access communication system includes following steps to classify procedures of band selection between sending end and receiving ends with respect to original band selection process, passband width selection process, and periodic band selection process: determination of source band selection code (SC)number for source band selection process; SC number to request passband width for passband width request selection process and periodic SC number for periodic band selection process; determination of periodic SC deferment value in compliance with periodic SC number, and transmission of source SCs, passband width request SC, periodic SCs, and periodic SC deferment values on receiving ends.

EFFECT: minimized time for band selection access.

22 cl, 3 dwg, 4 tbl

FIELD: mobile communications.

SUBSTANCE: after receiving from at least one client equipment unit of a query for broadcast multi-client multimedia service, said service is assigned with service identifier and to said at least one client equipment unit via combined channel a transmission environment access control protocol message is sent, containing service identifier and control data, related to broadcast multi-client multimedia service.

EFFECT: higher efficiency.

4 cl, 13 dwg, 2 tbl

FIELD: communications.

SUBSTANCE: mobile station (MS1,…,MS10) initiates a call, which contains query for priority access. If system lacks resources for immediate processing of call, initiation message is processed by base station (BS1, BS2) and mobile communication commutation center with use of large number of message transfer protocols for determining time, when call was initiated, and priority, related to current call. On basis of priority and time of call base station places the call to queue, while calls with higher priority get better position in queue, then calls with lesser priority. Calls with similar priorities can be placed in queue according to time of receiving each call. When system resources become available, waiting call with higher priority is granted a channel, and call is processed normally.

EFFECT: higher efficiency.

2 cl, 11 dwg

The invention relates to a method and device for the control of service in mobile communication system, mobile station and intelligent module of the mobile station

The invention relates to a method for protecting against unauthorized access to data stored in the memory card with an embedded microchip (chip cards), respectively from unauthorized use in a communication network, mainly in the GSM network (global system for mobile communication) according to the restrictive part p. 1 claims, as well as to the respective chip card according restrictive part p. 9 claims

The invention relates to a method for supporting transmission service of the user equipment from the first radio access network to the second radio access network

The invention relates to wireless communication systems

The invention relates to electrical engineering and can be used in a cellular radio communication system

The invention relates to the field of telecommunications, in particular for telephony
The invention relates to the field of telecommunications and telephony, in particular to institutional automatic telephone exchanges (PBX)

The invention relates to a method of providing services in a communication system
The invention relates to communication technology and can be used to provide communication services for persons with limited freedom of movement, for example patients intensive care units, inmates in prison, the other categories of citizens whose access to the public communication networks limited due to technical reasons or security reasons

The invention relates to a method of forming a pointer address from the address data of subscribers in a telecommunication network, and the address data includes a code of identification of the subscriber and associated code up location, in order to ensure ease of formation of the pointer addresses

The invention relates to the field of automatic telephony, in particular, to techniques for providing a personal call to a particular subscriber and a remote control terminal telephone devices

The invention relates to communication systems, for example, via the Internet

The invention relates to advertising with your phone

FIELD: communication systems.

SUBSTANCE: proposed device designed for selective delivery of mode-governed data transfer service to receiving station to facilitate routing of data transfer service has unit determining type of mode of data transfer service delivery that functions so that in case of background data delivery mode call delivery routing unit transmits data transfer service to assigned receiving station instead of readdressing according to CALL FORWARDING option or to other service interaction pointer.

EFFECT: improved procedure of routing data transfer service to selected terminal.

19 cl, 5 dwg

Up!