Method for accessing finite point from one region to other in ip-network system
 Method and system for internet protocol mobile centers in heterogeneous networks / 2265282Proposed method used for Internet protocol (IP) mobile centers in heterogeneous networks with real-time applications includes following procedures: module 134 designed for managing interfaces of mobile center 10 checks mobile center for available network interfaces 14 - 17, generates recoding table with available and configurable interfaces 14 - 17, and communicates with applications 11 of interfaces 14 - 17. Applications 11 of IP mobile center 10 are given access to heterogeneous networks through virtual network IP interface 133 organized in mobile center 10; this IP interface 133 communicates with current network 21 - 24 through interface management module 134. Changing interface 14 - 17 of mobile center 10 updates communications of IP permanent virtual network interface with network 21 - 24 basing on recoding table by means of interface management module 134. |
 System and method for payments in telecommunication network / 2262807Method includes optimizing combination of event data, and excluding unnecessary transfer of detailed event records from one network object, responsible for data-gathering, to another. |
 System and method for safe and comfortable control of digital electronic content / 2260918System has receiver, transmitter, processing element, connected to receiver and transmitter and controlling receiver and transmitter, digital rights module, connected to processing elements and controlling operation of communication device in digital rights environment on domain basis, while digital rights module of communication device together with dispenser of domains of digital rights environment on domain basis is made with possible selective addition of communication device to domain, owning one or several communication devices, which together use a cryptographic key. |
 Method and system for processing emergency communication session including network identification / 2259642Proposed system has at least one piece of user's equipment and one or more network entities participating in establishment of emergency communication session when user's equipment initiates session establishment by sending message to network entity where identifier, such as call number or logic name of called entity, is indicated; one of network entities analyzes received identifier; if initiated session is found to be emergency communication session, information is returned to user's equipment to inform it about the fact that initiated session is just emergency communication session, whereupon user's equipment initiates emergency communication session execution; if user's equipment cannot find out that given session is emergency communication session, network will inform user's equipment about emergency communication session so as to provide for its adequate processing. |
 Corporative communication system / 2259018System has commutated phone network and packet data transfer network Internet, control means, connected to Internet and made with possible determining of preferred route for phone calls through commutated phone network, and/or Internet, connection means, connected to commutated phone network, controlled by said control means, Internet-phone gateways, which are connected to commutated phone network and Internet network, and also authentication server, connected to Internet network. |
 Method and device to provide configurable levels and protocols / 2258317Before starting data transfer between first object, for example, access terminal, and second object, for example, data transfer network, for synchronization a set of levels and/or protocols is selected, for each selected level and protocol, i.e. for each attribute, a list of selected attribute values is determined, viewed as acceptable for first object, selected attributes and attribute values connected thereto are sent from first object, and in response only a list of processed attributes is received and lists of values of processed attributes connected thereto, each list of values of processed attributes includes values of attributes, viewed as acceptable for first object, levels and protocols in first object are then configured in accordance to list of processed attributes and values of processed attributes connected thereto. |
 Device and method for delivering a service, based on multiple speeds of data transfer in mobile communications system / 2258311Method and device for delivering a service are based on multiple speeds of data transfer, use scaling capability of multimedia codec in asynchronous communications network with multiple aces with code separation, delivering a service of multimedia broadcast and group transfer, area of whole cell is separated on first area and second area, first data are sent to first area, and second data are sent to second area, while first controller of electric power is in control of electric power of first data, and second controller of electric power controls electric power for second data, user device, positioned in second area, receives first data and second data, and user device in second area combines first data and second data, thus receiving one data element. |
 Device and method for voice frame transmission in mobile communication system provided with all-ip network / 2255430Proposed device and method are used for voice frame/ data frame transmission in mobile communication system supporting ALL-IP network.Mobile phone sends heading information using synchronization frame and then separately transfers voice frame only; communication center B detects heading information in synchronization frame received, memorizes detected heading information, and upon receiving voice frame adds heading information to voice frame and transfers voice frame with added headings to base network. |
 System and method for local provision of meeting specified regulations for internet service providers / 2253187Proposed system has station that provides for meeting specified regulations concerning authentication of subscribers, authorization of access and services, accounting of network resources, and mobility. These specified regulations are determined by Internet service provider at decision station concerning specified regulations which is, essentially, server connected to Internet that communicates with mentioned providing station. Internet service provider may be made in the form of encryption key for given providing station and encryption key for particular subscriber. |
 Method for transfer and receipt of data in mobile communication system / 2251804Base station determines speed of direct data transfer of data in accordance to control data about data transfer speed received from base station, reads temporary maximal total size encoder packers from buffer, determines, if it is possible to transfer these temporary packets at this speed of data transfer forms a combination of logic packets from these temporary packets, if it possible to transfer these packets at current data transfer speed, and total size of temporary packets is greater or equal to certain threshold value, and transmits logic packets with physical level packet. |
 Method for recognition of functions from service, administration and operation functions set in passive optical ethernet network / 2262806Method includes assigning identification data for identification of optical network nodes using optical linear terminus in accordance to their registration requests, and initiating, using optical linear terminus, operation of recognition relatively to functions of network nodes by transferring first information messages about functions set; by optical linear terminus from network nodes second information messages about functions set are received, meant for providing information about functions of network nodes, which received first information messages about set of functions. |
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Method for recognition of functions from service, administration and operation functions set in passive optical ethernet network / 2262806 Method includes assigning identification data for identification of optical network nodes using optical linear terminus in accordance to their registration requests, and initiating, using optical linear terminus, operation of recognition relatively to functions of network nodes by transferring first information messages about functions set; by optical linear terminus from network nodes second information messages about functions set are received, meant for providing information about functions of network nodes, which received first information messages about set of functions. |
 Method for accessing finite point from one region to other in ip-network system / 2272361Proposed method involves access to finite point from one region to other in IP-network in compliance with pseudonyms using E.164 pseudonym that incorporates unique prefix of region in IP-network system and unique number of mentioned finite point at its controller, as well as extraction of E-164 pseudonym prefix point being called from calling point in the course of direct access, whereupon request is conveyed to called finite point controller for converting IP-address of called finite point. |
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 Method and associated system and routine product for updating network server programming conditions / 2304353Low level of current process is replaced by high level of updated process, low-level packets are checked for their relevance to transactions executed already at high level of current process or to new transactions, packets are processed at high level of current process, new transaction packets are processed at high level of updated process, high-level transactions are checked for completion, and interaction channel is closed. |
 Method affording transmission of information about communication line condition in network / 2304849Proposed method includes following steps: service device finds out if there is any fault in communication line; if this is the case, service device transfers information about fault in communication line to distant service device by means of control frame through servicing circuit; distant service device responds by disconnecting communication line of access point from distant user, faulty single-rank center user communicates with distant user through standby network. Upon elimination of mentioned fault service device sends information about this fact to distant service device to transfer communications between user and remote user to network. |
 Method for dynamically configuring a network equipment port / 2305906In accordance to the invention, database (26) of central control data, connected to server (24) of dynamic host configuration protocol, supports templates with records of network equipment parameters for settings of its physical port (21) and provided services. As a result, it is possible to dynamically update port settings by transferring parameter records from server (24) of dynamic host configuration protocol. Parameter settings are updated in intermediate device (20). |
 Method, system and device for controlling and managing transmission of data in communication networks / 2313185Method includes stages for dispatching access request by user terminals to gate, where gate reads each access request, modifies access rule in firewall to allow access of each user terminal, which requests access on basis of authorized IP-address of each user terminal, and simultaneously manages transmission of data between user terminals and second communication network in aforementioned firewall. |
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 Method and system for transmitting notifications to users of a delivery system / 2321181In accordance to the invention, different events in delivery system are used for calling different modules having appropriate functions. Modules generate notification transmission tasks for transmitting notifications to central mailing component. The mailing component generates notifications which match the tasks, accessing at least one database with data about users, and mails the notifications to users through a network gate. |
FIELD: internet-protocol network technology.
SUBSTANCE: proposed method involves access to finite point from one region to other in IP-network in compliance with pseudonyms using E.164 pseudonym that incorporates unique prefix of region in IP-network system and unique number of mentioned finite point at its controller, as well as extraction of E-164 pseudonym prefix point being called from calling point in the course of direct access, whereupon request is conveyed to called finite point controller for converting IP-address of called finite point.
EFFECT: ability of converting internet protocol address at any finite point of network in compliance with pseudonym.
6 cl, 3 dwg
The technical FIELD
The invention relates in General to technology, IP networks, in particular to a method of treatment from one zone to another within the system of IP networks. It is a technology that allows you to assign a unique IP aliases for all endpoints H.323 IP network.
The LEVEL of TECHNOLOGY
The H.323 Protocol was used mainly in multimedia systems conference and at present it is widely used in IP telephony. The system of the H.323 standard offers multimedia data in a network packet. The network packet includes a local network, the enterprise network and the network of the city and the suburbs, etc. that do not provide a guaranteed quality of service. System standard H.323 consists of terminals, gateways, devices, management conferences (MCU), zone controllers (GK), etc. Endpoint H.323 includes a terminal, gateway or device management conference (MCU). Endpoint H.323 registered in his own zone controller and served in this zone controller.
In systems of the H.323 standard is one of the main services provided by the zone controller is address resolution, including the conversion of the alias of the endpoint in the IP address of the endpoint. The alias of the endpoint includes the phone number 164, H.323 ID, URL and E-mail address of the other, these aliases are registered at the zone controller through the alarm Registration Request (RRQ) Protocol N logging and Status (RAS) from the endpoint. In the system of the H.323 standard can be a lot of zone controllers. Each zone controller contains one or more zone controllers and the set of endpoints, each endpoint is registered accordingly with your own controller.
This standard Protocol each alias of the endpoint in the zone controller must be unique, but the aliases endpoints in different zones of the controllers do not have this restriction. Thus, it is possible that different endpoints in different zones of the controllers can have the same alias. This causes difficulties when calling and addressing endpoints from one zone to another.
1 shows a network system with the H.323 Protocol with two zones of controllers: Area 1, controlled by the controller GK1, and Zone 2 is controlled by the controller GK2, and in these areas there are duplicate aliases endpoints. In Zone 1 there are three endpoint aliases 123456, 123123 and 123789 respectively. In Zone 2 there are three endpoints with the same aliases: 123456, 123123 and 123789 respectively. In this case, the IP addresses of the end points in one area can be obtained through the service allowed the program address of the controller, where is the endpoint, but the endpoint in various areas there is no possibility of converting IP addresses of the endpoints with the same alias.
For example, suppose that the endpoint 123456 Zone 1 makes a call to the endpoint 123123 Zone 2, the controller GK1 can convert the called endpoint in the IP address in Zone 1 and return the IP address to the calling point 123456, but cannot convert IP address alias 123123 called point in Zone 2 and return to the alias 123456 calling endpoint.
The advantage of the method described above configurations for aliases endpoints is that there are no restrictions for each alias name of the endpoint in each zone controller. However, as in the systems of the H.323 standard no identical configuration method for aliases, the controller may convert the IP addresses of the end points only in their own area, but not in the other zones. This is the reason for the lack of technology that guarantees uniqueness of each alias endpoints throughout the network.
Currently in the development process of the transmission of video over IP networks and increase the number of endpoints in IP networks is becoming more and more necessary assign a unique IP alias for the endpoint.
A BRIEF description of the IMAGE IS the SHADOW
The aim of the invention is to develop a way of reaching the end point from one zone to another within the system IP network. When assigning endpoints of the same all aliases aliases endpoints in the network is unique, thus, handling and addressing from one zone to another between any two endpoints in different zones of the controllers can be easily performed in the IP network.
The technical scheme of the invention is the following: how to access an endpoint from one zone to another within the system IP network differs in that it includes the following operations:
A. Pre-registration alias 164 each endpoint of each controller your controller in the system IP network, where the alias 164 includes a unique prefix zone in the system IP network and a unique number specified endpoint from your controller;
C. Performing a direct appeal from the calling endpoint to the called endpoint alias 164 of the called endpoint.
The specified operation is In addition includes the following operations:
A. The controller of the calling endpoint, receiving the admission request (ARQ), sends the signal from the specified endpoint;
b. The controller of the calling endpoint retrieves the prefix alias 164 of the called endpoint and looks up the IP address of the controller end-point and, corresponding to the prefix, and then in accordance with the IP address sends a call LRQ (query location) to the controller of the called endpoint with the request to convert the IP address of the called endpoint;
C. the Controller of the called endpoint translates the IP address of the called endpoint in accordance with the alias 164 of the called endpoint and sends the response back to the controller, the calling endpoint in the form of a signal LCF (confirm location);
d. The controller of the calling endpoint informs the calling endpoint on the IP address of the called endpoint with alarm ACF (Admission Confirm - Confirmation of Admission);
f. The calling endpoint sends the alarm setting treatment Q.931 to the called endpoint in accordance with the IP address of the called endpoint and initiates the conversion.
The invention requires that each zone controller in the IP network was assigned a unique number for the formation of a prefix alias endpoint and generates a number of the endpoint alias endpoint using a unique number to each endpoint within each zone controller; and then is "the specified prefix for the zone controller + number end point" for the formation of a pre-defined (pre-registered) p is avgonima 164 endpoint.
Compared with the known solutions, the invention solves the problem of uniqueness alias endpoints throughout the network. Thus, any controller in the network can convert the IP address of an endpoint in the IP network in accordance with aliases. Thus, it is possible to conveniently perform the conversion from one zone to another zone.
BRIEF DESCRIPTION of DRAWINGS
Figure 1 depicts a General diagram of the system of H.323 end points and zones in accordance with the known solutions.
Figure 2 depicts a system diagram of H.323 end points and zones according to one variant embodiment of the invention.
Figure 3 depicts the application process from one zone to another.
VARIANTS of the EMBODIMENT of the INVENTION
The invention is described below in more detail with reference to the drawings.
The basic idea is to assign each endpoint of a unique alias is as follows: first, each endpoint in each zone is assigned a number format 164 as a unique alias in your zone, i.e. a predefined number 164 each endpoint register of the controller, which controls this endpoint; then the number 164 combined with a unique zone number of each zone controller in the system network for education unique alias of the endpoint. With this unique what about the alias are addressing and conversion from one zone to another.
Figure 2 shows three zone controllers, and each zone has a unique number as the prefix for the formation of an endpoint name. Each prefix area of the controller is not repeated throughout the system IP network. For example, the prefix area of the controller 1 - 0755, the prefix area of the controller 2 is 010, and the prefix area of the controller 3 - 021.
In one zone controller 164 rooms all endpoints in this area are not repeated, but in different zones of rooms 164 endpoints may be the same, for example in all three zones 1, 2 and 3 are the same part number 123456, 123123 and 123789.
According to the invention, each alias of the endpoint in each zone controller is composed of "Prefix zone controller" + "Number 164 endpoints. For example, in Zone 1, there are three alias endpoint: 0755123456, 0755123123 and 0755123789, three alias endpoints in Zone 2: 010123456, 101123123 and 010123789 and three alias endpoints in Zone 3: 021123456, 0211123123 and 021123789. With this method of naming each alias of the endpoint of the whole network is unique.
As each alias endpoint is pre-determined by the controller, the registration must be made in accordance with the assigned aliases. This ensures the uniqueness of aliases endpoints.
The invention solved the problem of the uniqueness of aliases endpoints, thus, offered the technical basis for the implementation of trips from one zone to another.
Suppose that, as shown in figure 3 and 2, End point And alias 0755123456 forwards the call to the Endpoint In the alias 010123123, the procedure will be as follows:
Operation 1, the End point a (0755123456) sends an ARQ call (request for admission to the controller 1;
Operation 2, the controller 1 reads the prefix 010 alias of the called endpoint from the received call, and determines based on the prefix that the called Endpoint is located in a zone controller 2 (i.e., the controller 1 obtains the IP address of the called controller 2); and then the controller 1 sends a call LRQ (query location) with the alias 010123123 the called endpoint to the controller 2 with the request for conversion of the IP address of the Endpoint;
Step 3, after receiving the call LRQ controller 2 converts the IP address of Endpoint 2 in accordance with the alias 010123123 the called endpoint sends a response signal LCF (confirm location) with the IP address of the Endpoint In the controller 1;
Step 4, after receiving the response signal LCF controller 1 responds with a signal ACF (Admission Confirm - Confirmation of Admission) with the IP address of the Endpoint b to Endpoint A;
Operation 5, in accordance with the IP address of the Endpoint, the Endpoint And sends the alarm setting treatment Q.931 to the End point In installed for the I treatment;
Operation 6, the procedure enters into the mode of a call.
The invention uses the same naming Convention for all aliases endpoints in the system IP network using aliases format 164. Thus, addressing and accessing the endpoint from one zone to another easier and easier. The tests showed that the method will perform and reliable.
1. How to access the endpoint from one zone to another within the system IP network, comprising the steps:
a) pre-registration alias 164 each endpoint of each controller your controller in the system IP network, where the E.164 alias includes a unique prefix zone in the system IP network and a unique number specified endpoint from your controller;
b) the direction of the calling endpoint of the query containing the E.164 alias of the called endpoint;
C) the controller receives a calling end point of the specified query from the calling endpoint;
g) removing the prefix alias 164 of the called endpoint and search for the IP address of the controller of the called endpoint, corresponding to the prefix, and then in accordance with the IP address for the controller of the called endpoint request preobrazovanie IP address of the called endpoint;
d) change the s controller of the called endpoint IP address of the called endpoint in accordance with the E.164 alias of the called endpoint and direction of the response to the controller, the calling endpoint;
e) informing the calling endpoint controller of the calling endpoint on the IP address of the called endpoint;
g) the direction of the calling end point alarm setting appeals to the called endpoint in accordance with the IP address of the called endpoint and the initiation of treatment.
2. The method of treatment according to claim 1, wherein said step b) the request is a system request for admission ARQ.
3. The method of treatment according to claim 1, wherein said step d) the step of sending to the controller of the called end-point conversion request IP address of the called endpoint is by sending a call request LRQ location containing the specified E.164 alias of the called endpoint.
4. The method of treatment according to claim 1, wherein said step d) phase of the response to the controller of the calling endpoint is performed by the controller of the called endpoint response, the controller of the calling endpoint in the form of alarm confirmation LCF location containing the converted IP address of the called endpoint.
5. The method of treatment according to claim 1, wherein said step e) the step of informing the calling endpoint controller of the calling endpoint on the IP address of the called endpoint is produced in the runs using the alarm confirmation of admission ACF.
6. The method of treatment according to claim 1, in which the alarm is established, treatment is a Q.931 signaling.