Method and system for facilitating interaction of network device with flash device |
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IPC classes for russian patent Method and system for facilitating interaction of network device with flash device (RU 2521311):
 Distributed node video surveillance system and control method thereof / 2518194
Invention relates to a distributed node video surveillance system and a method of controlling said system. Disclosed is distributed node video surveillance control system which includes a plurality of video surveillance system (VSS) service nodes, a service centre control platform, a preliminary unit (PU) and a client unit (CU). Each of the video surveillance system service nodes connects the preliminary unit, which is used to collect video surveillance information, to the client unit which is used to display said video surveillance information; the client unit and the preliminary unit have direct access to each of the video surveillance system service nodes for collecting data; data in the plurality of video surveillance system service nodes are synchronised with data in the service centre control platform.
 Methods and apparatus for initiating provisioning of subscriber data in hss of ip multimedia subsystem network / 2517399
Invention relates to a method and apparatus for provisioning subscriber data in IP multimedia subsystem network nodes. The technical result is achieved through a method which involves receiving an authentication request or session initiation protocol message with respect to a given subscriber using a user terminal to access the IP multimedia subsystem network, and if it is determined that subscriber data are not currently provisioned for the subscriber in the functional block of a subscriber data server, or if such a determination is made, the following steps are carried out: 1) causing a first notification to be sent to the user terminal indicating that a registration attempt is rejected, and 2) sending a second notification to a subscriber provisioning system informing the provisioning system of the registration attempt.
 Method and system for recovery of video surveillance service / 2517330
Invention relates to video surveillance. proposed method comprises the steps of separation of data on points of presence (POP) to different types and formulation of measures for recovery of video surveillance in compliance with different failure types. Then, data of current POP failure is received to take the measures for system recovery in compliance with received data on failure type. Step of measures execution comprises switching of video surveillance service from current POP to standby POP compliance with the order of priority diminishing of standby POP.
 Method of coordinating multiple sensors / 2510147
Disclosed is a method of coordinating multiple sensors, wherein multiple networked computers control the sensors for the purpose of executing one or more services requested through the network. In order to coordinate with one another, the computers exchange information over the network in a manner such that each networked computer knows the characteristics of and the services executed by the other computers. Subsequently, the computers providing the same service execute the same configuration algorithm that defines the tasks to be carried out by each computer as a function of the characteristics of the computers providing said same service. Thus, the computers get to the same conclusions with respect to the tasks to be carried out, and control the sensors based on the tasks defined by the configuration algorithm.
 Resource pooling in electronic board cluster switching centre server / 2507703
Invention relates to a switching centre server, having: a blade cluster with a plurality of blades, a plurality of pooled resources accessible by said plurality of blades for handling a call, and a master provided on one of the blades centrally coordinating usage of the pooled resources, the master as a central instance being responsible for allocation, reallocation and maintenance of the pooled resources.
 Wireless sensor node architecture with autonomous data streaming / 2507571
Sensor device has an autonomous streaming module, having a component or a subsystem, encapsulated in an intelligent shell, which is a circuit which provides an advanced or intelligent interface between packed or enclosed component or subsystem and an external circuit; and a control unit for detecting predetermined internal events of said autonomous streaming module or predetermined external events from streaming data in said interface with said intelligent shell and for controlling the operating mode of said component or subsystem in response to the detected events.
 Method and apparatus for composing scene using laser contents / 2504907
Method and apparatus for transmitting and receiving lightweight application scene representation (LASeR) contents are provided, in which content which includes attribute information relating to at least one type of terminal, user preference and content provided during servicing and at least one of multiple scene elements and multiple scene element sets that includes the multiple scene elements is received, for use in scene composition through a terminal selecting at least one of said multiple scene elements and said multiple scene element sets; content is encoded; and the encoded content is transmitted. The content further includes event attribute information indicating change in at least one type of terminal, user preference and content provided during servicing.
 Service sharing / 2504096
User-input data indicating that a current application in a device should be shared with a second device on a network are received. Status data indicating the specific status of said current application are determined. An image selection on a display device is processed, wherein said image represents said current application in a specific status of interaction with said device. A message describing data of said image for displaying said image in the second user device on the network is sent, wherein the message describes data indicating the current application and includes the network address for said current application and said status data for obtaining access to the current application in the second user device in said specific interaction status.
 Method of providing peer-to-peer communication on web page / 2498520
Method includes steps of: 1) obtaining access to a web page from the user side, calling a Flash application interface for connecting with a server socket, connecting with a Status server to obtain a key and monitoring received messages using the Flash application; 2) sending the name and key of the sender to the server socket using the Flash application, saving the name and key of the sender on the server socket; 3) calling the Flash application interface for sending a message containing the name of a recipient to the server socket through Javascript codes on the web page of the sender; receiving the message sent by the sender and returning the key matching the name of the recipient to the Flash application on the web page of the sender using the server socket; sending the message through a network connection and the key of the recipient using the Flash application on the web page of the sender; 4) displaying the message on the web page of the recipient once the Flash application on the web page of the recipient receives the message.
 Method to realise content adaptation and server for content adaptation / 2497299
Method to realise content adaptation includes: reception of a multimedia message from a calling terminal, besides, multimedia messages carry the content of multimedia messages and a type of a called terminal; in accordance with the type of the called terminal, determination of supported multimedia formats by called terminals, and also selection of the optimal multimedia format from them; in accordance with the selected optimal multimedia format, compression of multimedia messages, then sending compressed multimedia messages according to the maximum size of multimedia messages supported by the called terminal.
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FIELD: radio engineering, communication. SUBSTANCE: invention relates to communication. The method comprises: the network device sending a flash device call instruction to a client, the instruction containing information on the called flash device; after receiving the instruction, the client enabling a flash control element to perform an operation based on information on the called flash device contained in the instruction. The system comprises a network device, a flash device and a client. The flash device and the network device are capable of calling each other and also have the same status on the client. Thus corresponding functions may be fully utilised. The flash device and the network device are capable of gaining indirect access to client resources, which improves efficiency of access. EFFECT: high efficiency of interaction of a network device and a flash device. 8 cl, 4 dwg
The technical field to which the invention relates. The present invention relates to communication networks and, in particular, to method and system interoperability between the network device and the flash device. The level of technology World wide web is a hypertext information system that no longer creates texts in a fixed or sequential order as in the book, but able to jump from one position to another. When a client wants to know more about any topic, they just need to click on this topic, in order to switch to the document that contains this topic for more information. The sign of the plural communication is defined as a network, and the device performing the functions of communication, is defined as a network device. In the prevailing currently online flash has become one of the most popular types of fine arts. Flash files are small in size and take less time in the development and transfer. In addition, flash combines various fashionable elements, such as a computer network, music, animation, sound effects, interactions, etc. thus applies the perfect integration of technology and arts. Flash device serves as a two-dimensional (2D) platform and runtime platforms for the script, so about the time it has advantages when you run the script as a sequence of commands. But the functions of resource management and flash access to local computing resources are limited for security reasons. A device that implements the flash function, called flash device. To integrate functions of flash and traditional network solution that enables communication between the network device and a flash device, consists in embedding the flash device in the network device to integrate a flash device and a network device. However, in infrastructure, in which the flash device is embedded in a network device, a flash device, you must inform the client via the function of the scripting language JavaScript (JavaScript) network device, when the flash device is trying to access resources of the client. Because the request for access must be forwarded by the network device, the flash device and the network device are the low efficiency of the interaction. Disclosure of inventions Embodiments of the present invention provide a method and system for providing interaction between a network device and the flash device. The technical scheme is as follows. The method of providing interaction between a network device and a flash device may include the steps are: - pass network devices how to call a flash device is your client, the statement includes information caused by the flash device; - perform element flash control on the client operations on the basis of information caused by instructions of the flash device, after receiving instructions from the client. The method of providing interaction between a network device and a flash device may include the steps are: - passed with the help of a flash device, the call instruction network device to the client, and the instruction includes information of the called network device; - perform element network management client operation on the basis of information of the called network device, the instructions, after receiving customer instructions. System interoperability network device and the flash device may include: a network device configured to transfer the call instruction of the flash device to the client, and the instruction includes information caused by the flash device; the client is configured to receive instructions, when this element flash control on the client performs an operation based on the information contained in the instruction information caused by the flash device. System interoperability network device and the flash device may include: - flash device, ispolnenie with the ability to transfer the call instruction network device to the client, the statement includes information of the called network device; client is configured to receive instructions, and the network element management client performs an operation based on the information contained in the instruction information of the called network device. Embodiments of the present invention have the following advantages: the network device and the flash device can call each other, while the flash device and the network device are in the same position on the client side, thus can fully use the corresponding functions, and the flash device and the network device can directly access the resources of the client, and thus to improve the efficiency of access. Brief description of drawings Figure 1 is a sequence diagram of a process illustrating a method of providing interaction between a network device and a flash device, in accordance with the first embodiment of the present invention. Figure 2 is a sequence diagram of a process illustrating a method of providing interaction between a network device and a flash device, in accordance with the second embodiment of the present invention. Figure 3 is a diagram illustrating the structure of the system, ensure the sustained interaction between the network device and the flash device, in accordance with the third and fourth variants of implementation of the present invention. Figure 4 is a diagram illustrating the structure of a system for the interaction between the network device and the flash device, in accordance with the third embodiment of the present invention. The implementation of the invention Embodiments of the present invention hereinafter described in detail, with reference to the accompanying drawings to make the purpose of the invention, the technical scheme and advantages of the present invention more understandable. Variant implementation of the invention 1. As shown in figure 1, embodiments of the present invention provide a method that allows the interaction between the network device and the flash device. This method can include the following procedures. In block 101, the network device sends the call instruction of the flash device to the client, the statement includes information caused by the flash device. Information flash device, which should be called, includes the name of the called element flash control, the name of the script function, action and function parameter scenario. In block 102, after the client receives the instruction control flash on the client performs an operation on the basis of the AI information caused by the flash device. It should be noted that the client may be software code or computer with the operating system. In traditional prior art, because the flash device and the network device are integrated by embedding the flash device in the network device, the flash device must send an access request through the network device to access resources of the client, thus, the access efficiency is low. Conversely, in this embodiment of the invention the network device and the flash device is able to contact one another through the creation of instructions for forwarding the call to the client. Network device and the flash device are integrated on the client with the same status, and this structure differs from similar structures in traditional prior art. According to the present invention, the flash device can directly access the resources of the client without depending on the forwarding network device. Thus, the efficiency is greatly increased. Element flash control on the client performs an operation on the basis of information caused by the flash device, in particular, includes: performing operation using the function parameter of the scenario based on the item's name flash control, when this is m function script actions corresponding to the called element flash control is contained in the information caused by the flash device. Before flash device sends the instruction, the method may further include: performing initialization in order: a network device, the client and the flash device. In particular, the client installs and gives the name of the element network management in a network device, the network element control loads the function of the scripting language JavaScript; the client establishes and gives the name of the element flash control flash device, and the element flash control loads a flash file. Preferably, the method can, in particular, to include: a call to a network device of the client, and the client invokes a network device. In particular, the client registers the identifier (ID) for each function, and obtains the ratio of mappings between function name and identifier (ID). When a network device need to call the function on the client, it calls the function corresponding to the identifier (ID), through the use of ratio display. When a client wants to call a function that is configured in the network device, the client receives the identifier (ID) function through the use of ratio display and calls a function through the use of ID is (ID) function. The details of the call are the same as in traditional prior art, and in the future there will not be described. Preferably, the method may further include: call flash client device and the client calls the flash device. In particular, the flash device calls a function on the client by calling the external function interface. The client calls a function in the flash device using the external call interface functions provided by the flash device, and the details of the call are the same as in traditional prior art, and in the future there will not be described. It should be noted that there is no fixed sequence of time, when the network device causes the client, the client invokes a network device, a flash device, causes the client, the client calls the flash device and the network device causes the flash device, while they can be executed before or after, or when you invoke the network device and the flash device. The subsequent description selects as an example, the flash device is used as a 2D library access methods with the advanced installation community, and the network device is used as a shopping complex and other applications of the web page is obespechivaushyi platform used as an example to detail to illustrate the application of embodiments of the present invention. First, the client constructs a flash control, and the element flash control loads a flash file, which includes the logic of the community; the client constructs a network management and element network management network loads the contents. The client performs resource management and communication with the network. Assume that the client user wants to buy a dress in the shopping complex based on Internet technologies, as an avatar animation, presents the flash device. The network device sends the instruction to the client to change clothes avatar animation, presents flash device, i.e. creating an avatar, dressed in a dress, bought in a shopping complex, based on Internet technologies. After receiving instructions, the client invokes the element flash control, based on the name of the called element flash control flash function name of the scenario that matches the element flash control, and the function parameter scenario in the instructions. Element flash control that corresponds to the name of the called element flash control flash control is the management of changes of clothes, and function of the scenario, sootvetstvuyshee the name of the script function action is a function of changes of clothes. Function script action is invoked and performs the changing operation of the service, using the function parameter scenario. After the function of the script actions caused, clothing avatar changes. Flash device sends a request to the client to load resources on clothes. Once the resources on clothes loaded, the flash device is avatar loaded with clothes. In the situation above, a network device and a flash device, respectively, communicate with the client directly, i.e. the network device and the flash device have the same status of the client, while the flash device should not rely on a network device for communication with the client, but can directly communicate with the client. If the flash device is embedded in a network device, the flash device must send a request for resources from the client via the network device, resulting in reduced efficiency. Conversely, the flash device in the variants of implementation of the present invention is requesting resources from the client directly, thus the efficiency is increased. Embodiments of the present invention have the following advantages: flash device and a network device call each other through the client and have the t same status on the client, which can fully use the capabilities of the devices. Compared with the traditional prior art, when a flash device is embedded in a network device and accesses resources of the client through JavaScript in the network device, the flash device and the network device according to the options of implementing the present invention can directly access the resources of the client, thus the access efficiency is increased. Network device and the client can also call each other and the network device can use all the resources of the client, and to communicate with the server software interface via the client. The client can download and update the online resources for the client. Flash device and the client can also call each other, and the flash device can use all the resources of the client and to communicate with the server software through the user interface. The client can download flash files (swf application/x-shockwave-flash) for the client to update the logic without the need to update the platform on which the client operates. Due to the fact that the flash device and the client call each other, restrictions on resource management and logical law (for example, the file entry) of the flash device can be removed. Variant implementation of izaberete the Oia 2 As shown in figure 2, embodiments of the present invention provide a method that allows the interaction between the network device and the flash device. The method may include the following procedures. In block 201 flash device sends a call instruction network device to the client, the statement includes information of the called network device. Information of the called network device may include the name of the called element network management, the name of the language features of JavaScript and setting the functions of the scripting language JavaScript. In block 202, after the client accepts the instruction, the network element management client performs an operation based on information of the called network device. In traditional prior art, because the flash device by the network device, when a flash device, you must have access to the resources of the client, the flash device, you must ensure that the network device has forwarded the request to the flash device on the access to resources, thus the efficiency is low. In accordance with the variants of implementation of the present invention, a network device and a flash device have the same status on the client, after they have been integrated in the client. In accordance the present invention, the flash device can directly access the resources of the client, rather than relying on the forwarding performed by the network device, thus the efficiency is greatly increased. Element network management client performs an operation based on information of the called network device and, in particular, includes the function of the scripting language JavaScript corresponding to the element network management, which is called based on the name of the network element management information of the called network device, and function of the scripting language JavaScript performs the operation using the parameter functions of the scripting language JavaScript. Before flash device sends the instruction to the network device, the method may further include the stage at which: a network device, the client, and a flash device, perform the initiation in the specified order. In particular, the client installs and gives the name of the element network management network device and the network element management loads the function of the scripting language JavaScript; the client establishes and gives the name of the element flash control flash device, and the element flash control loads a flash file. Preferably, the method may further include the steps that: the network device is izvati client and the client can cause the network device. Preferably, the method may include the stage at which: flash device may cause the user and the client can cause the flash device. Procedure call flash device network device similar to that described in the embodiment of the invention 1, and will not be here further described. Embodiments of the present invention have the following advantages: flash device and the network device can call each other, thus the flash device and the network device are in the same position on the client, thereby allowing full use of the corresponding functions, while the flash device and the network device can directly access resources on the client. In traditional prior art, when a flash device is embedded in the network device is a flash device relies on the function of the scripting language JavaScript in the network device to gain access to resources of the client. In accordance with the present invention, the flash device can directly access the resources of the client, which greatly increases the efficiency. Network device and the client can also call each other and the network device may use the armed forces the resources of the client and to communicate with the server software interface via the client. The client can download and update network resources to the client. Flash device and the client can also call each other, and the flash device can use all the resources of the client and to communicate with the server software interface by the client. The client can download flash files (swf application/x-shockwave-flash) on the client to update the logic without the need to refresh the platform on which the client operates. Due to the fact that the flash device and the client call each other, restrictions on resource management and local law (for example, the file entry) of the flash device can be removed. Variant implementation of the invention 3 As shown in figure 3, embodiments of the present invention provide a system that allows interaction between the network device and the flash device. The system may include a network device 301, the flash device 302 and the client 303. The network device 301 is intended to make the call instruction of the flash device 302 to the client 303, the statement includes information caused by the flash device. Information caused by the flash device includes the name of the called element flash control, the name of the script function, action and function parameter scenario. The client 303 receives an instruction that is sent to network devices is m 301, but an element of the flash control on the client performs the operation on the basis of information caused by the flash device. After receiving the instruction transmitted by the network device 301, the client 303 calls the script function action on the element flash control on the basis of the item's name flash control in information caused by the flash device, and the function of the scenario performs the operation using the function parameter scenario. The network device 301, the flash device 302 and the client 303 performs the initiation in the order specified before the operation. In particular, the client 303 creates and names a member of the network management in a network device 301, the network element control loads the function of the scripting language JavaScript; client 303 creates and names the element flash control flash device 302, and the element flash control loads a flash file. In this embodiment of the invention, as shown in figure 4, the system may additionally include a web server 304, the server 305 common gateway interface (CGI - Common Gateway Interface) and the server 306 software interface. The web server 304 is intended for communication with the network device 301, the server 305 common gateway interface and the server 306 software interface. The server 305 common gateway interface before oznachaet for communication with the flash device 302, the web server 304 and server 306 software interface. The server 306 software interface is designed for communication with the client 303, the web server 304 and the server 305 common gateway interface. The network device 301 and the web server 304 exchange information using the http Protocol and HTML (Hyper-Text Mark-up Language hypertext language). Flash device 302 and the server 305 common gateway interface exchange information using the http Protocol and XML (Extensible Markup Language is extensible markup language). The client 303 and the server 306 software interface to exchange information using the tcp/utp. The Internet server is to download the network device web page. Server common gateway interface (CGI) is designed to provide a common gateway interface for flash devices and network devices. CGI is software code that runs in the network server to communicate with programs on other machines. Function scripting language JavaScript in the network device and the network connection on the client communicate with each other through the server programming interface; function action script in flash device and the network connection on the client communicate with each other through the server API. Internet serv Prov. p 304, the server 305 common gateway interface (CGI) and server 306 software interface communicate with each other in order to share data and to provide the status of the network device 301, the flash device 302 or the client 303 to a server. The network device 301 in the system can cause the client 303, and the client 303 may cause the network device 301. In particular, the client 303 registers the identifier (ID) for each function, and obtains the ratio of mappings between function name and identifier (ID). When the network device 301 you must call the function on the client 303, the network device 301 can call the function corresponding to the identifier (ID), using the ratio of the display. When the client 303, you must call the function that is configured in the network device 301, the client receives the identifier (ID) function using the ratio of the display and calls a function through the use of an identifier (ID) function. Detailed description of the calling process is the same as in traditional prior art, and in the future will not be here described. Flash device 302 may cause the client 303, and the client 303 may cause the flash device 302. In particular, the flash device 302 calls a function on the client 303 by calling out the th interface functions. The client 303 calls the function in the flash device 302 through a call to the external function interface provided by the flash device 302, and a detailed description of the calling process is the same as in traditional prior art, and in the future will not be here described. Embodiments of the present invention have the following advantages: flash device and the network device can call each other, thus the flash device and the network device are in the same position on the client that allows you to fully use the corresponding functions, while the flash device and the network device can have direct access to resources of the client. In traditional prior art, when a flash device is embedded in a network device, a flash device relies on the function of the scripting language JavaScript in the network device to gain access to resources of the client. In accordance with the present invention, the flash device can have direct access to resources of the client, which significantly increases the efficiency. Network device and the client can also call each other, and the network device can use all the resources of the client and to communicate with the server software interface via the client. The client can download and update in the Internet resources for the client. Flash device and the client can also call each other, and the flash device can use all the resources of the client and communicate with the server software interface via the client. The client can download flash files (swf application/x-shockwave-flash) for the client to update the logic without the need to refresh the platform on which the client operates. Due to the fact that the flash device and the client can also call each other, restrictions on resource management and logical law (for example, the file entry) of the flash device can be removed. Variant implementation of the invention 4 Embodiments of the present invention provide a system that allows interaction between the network device and the flash device. The system may include a network device 301, the flash device 302 and the client 303. Flash device 302 is intended to make the call instruction network device 301 to the client 303, the statement may include information of the called network device. Information of the called network device may include the name of the called element network management, the name of the script function, action and function parameter scenario. The client 303 receives instructions, and the network element management performs an operation on the client based on the information and called the flash device. In particular, the client 303 calls the function scripting language JavaScript corresponding to the element network management, based on the name of the network element management information of the called network device, and the function of the scripting language JavaScript performs the operation using the parameter functions of the scripting language JavaScript. The network device 301, the flash device 302 and the client 303 may perform the initiation in the order specified before the operation. In particular, the client 303 creates and names a member of the network management in a network device 301 and the network element management loads the function of the scripting language JavaScript; the client 303 creates and names a member of the network management in the flash device 302 and the element flash control loads a flash file. The network device 301 in the system can cause the client 303, and the client 303 may cause the network device 301. Flash device 302 in the system can cause the client 303, and the client 303 may cause the flash device 302. Embodiments of the present invention have the following advantages: flash device and the network device can call each other, thus the flash device and the network device are in the same position on the client that allows you to fully use the corresponding functions, with flash us the device and the network device can have direct access to resources of the client. In traditional prior art, when a flash device is embedded in a network device, a flash device relies on the function of the scripting language JavaScript in the network device to gain access to resources of the client. In accordance with the present invention, the flash device can have direct access to resources of the client, which significantly increases the efficiency. Network device and the client can also call each other, and the network device can use all the resources of the client and to communicate with the server software interface via the client. The client can download and update the online resources for the client. Flash device and the client can also call each other, and the flash device can use all the resources of the client and to communicate with the server software interface by the client. The client can download flash files (swf application/x-shockwave-flash) for the client to update the logic without the need to refresh the platform on which the client operates. Due to the fact that the flash device and the client can call each other, restrictions on resource management and logical law (for example, the file entry) of the flash device can be removed. Above were described only the preferred embodiments of the present invention, and they are not supposed to use the Finance in limiting purposes with respect to the present invention. Any modification, equivalent replacement or improvement made within the essence and principles of the present invention, included in its scope of protection. 1. The method of providing interaction between a network device and a flash device, comprising stages, which are: 2. The method according to claim 1, further comprising stages, which are: 3. The method according to claim 2, in which the information on the called network device contains the name of the called network device, the function name of the scripting language JavaScript and the language setting scenarios JavaScript. 4. The method according to claim 3, in which the execution element network management, client operations on the basis of information contained in the second instruction information of the called network device comprises the steps are: 5. System interoperability network device and a flash device, comprising: 6. The system according to claim 5, in which the flash device is additionally configured to transfer the second call instruction network device to the client, and the second instruction includes information about the called network device; 7. The system according to claim 6, in which the information about the called network device contains the name of the called element network management function name of the scripting language JavaScript and the language setting scenarios JavaScript. 8. The system according to claim 7, in which
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