System of home register of location for servicing of user of several types of networks

IPC classes for russian patent System of home register of location for servicing of user of several types of networks (RU 2344569):

H04W8/04 - ELECTRIC COMMUNICATION TECHNIQUE

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System comprises subsystem of all-channel signaling processing, data base subsystem, services processing subsystem and operational maintenance subsystem, at that all subsystems are connected to communication network and accordingly realise information exchange; at that all-channel signaling processing subsystem performs function of OKC-7 processing; data base subsystem is used for storage of user data; services processing subsystem comprises one or more modules for processing of home location register services; operational maintenance subsystem comprises operational maintenance server, services acceptance terminal and close-range terminal of operational maintenance.

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FIELD: information technologies.

SUBSTANCE: system comprises subsystem of all-channel signaling processing, data base subsystem, services processing subsystem and operational maintenance subsystem, at that all subsystems are connected to communication network and accordingly realise information exchange; at that all-channel signaling processing subsystem performs function of OKC-7 processing; data base subsystem is used for storage of user data; services processing subsystem comprises one or more modules for processing of home location register services; operational maintenance subsystem comprises operational maintenance server, services acceptance terminal and close-range terminal of operational maintenance.

EFFECT: provision of possibility to service user of several types of networks via system of home location register.

5 cl, 2 dwg

The scope of the invention

This invention relates to the home register location, in particular to the home register location (use of frm (HLR)for the service user networks of several types.

The level of technology

In the context of rapid economic development of society is constantly increasing demand for communication services and rapidly evolving communications technology from the early systems with spatial separation, analog systems to modern digital systems that meet the requirements of the communication system. In fact, all communication systems require management of user data, while at the present time data management for users of networks of different types are completely separate, both physically and logically, such as data management for telephone networks PSTN, the system of personal portable phones (PHS) and communication systems of the third generation (3G) carried out separately. Thus, the service provider is forced to carry out certain management on different nodes with different service user networks of different types belonging to a single network, and at the same time that a user belonging to a single network cannot easily transform the user type in the network. Therefore, this method separate control given the diversified user networks of different type not only requires a large labor costs and material consumption, but also is detrimental to the business strategy of the service provider associated with the user service.

Moreover, in the network optimization process often occurs regulation of network optimization and changing rooms. For example, some users, originally referring to the same station number, you have to share between two or more stations in order not to degrade the quality of service users; this should be provided by the function specified combined landline network. Similarly, in the further development of services to users of the network will be able to register their preferred rooms and own this number after the implementation of the integrated layout; and this number will not be associated with a location of the user, so the user doesn't have to change the initial number after moving to another location, therefore, is the ability to move local landline network.

Currently intellectualization fixed network has become a common task, which is given more attention. One of the major problems with the resolution of the existing conflict between the rapid development of intelligent services and full coverage of the network: for example, to transfer a call to end tance can't turn the intelligent services without linking code while it is impossible to make a fixed payment; whereas for the services of reception, such as double call and call with an individual signal call waiting ("color ring"), because the nature of the services belongs to the receiving, transmitting station and intermediate mechanism dialing and switching cannot identify the nature of the services and, therefore, cannot transfer the call to the switching center services (CCM (SSP)), while in the process of the call will not happen activation and processing of relevant services, if this can not be carried out intellectual acceptance services for the entire network. Additionally, when converting a fixed network in the 3G network, you must also use the benefits of the existing fixed network for the development of 3G services, including seamlessly transform the user's fixed network in the user's 3G network without changing rooms and the development of combined services fixed network and 3G network.

In fact, in the prior art, the above problem cannot be resolved and the request could not be performed, and when the patent search did not find any patent that resolves the aforementioned problems.

The invention

The purpose of this invention is to eliminate the disadvantages of separate data management user networks of several types, the inconvenience of the transfer is resursov network of rooms and lack in the prior art the use of intelligent network services to ensure system home register location to service user networks of several types, which can effectively manage the resources of the network numbers, it is convenient to perform a network intelligent services and to integrate management for network users several types.

To achieve this goal in this invention provided a home register location for service users to network multiple types containing processing subsystem common channel signalling subsystem database subsystem processing services and subsystem operational maintenance, all of which are connected to the communication network and accordingly perform mutual exchange of information; processing engine common channel signaling, consisting of one or more modules of the subsystem processing common channel signaling, performs the function of processing the OX-7; the database subsystem consisting of one or more data processing modules home register location is used for storing user data; the processing engine services provides multi-modal split billing and contains one or more processing modules home service register location; subsystem operational maintenance includes the server operational maintenance, coupled with those who minal receiving services and to the middle terminal of the operational maintenance; the terminal receiving services, and the middle terminal of the operational maintenance provide a working platform; obtaining information about the operational status of the home register location, inspection and maintenance is carried out from the middle terminal of operational maintenance, user management can be done via the terminal, receiving services, and operational maintenance can be implemented via a router.

Above one or more modules of subsystem processing common channel signaling (MOX, (CPM)are interfaces for devices exchange between the home register of the location and the underlying network. Subsystem processing services in a multi split billing consists of one or more modules processing services (mvas) home register location (use of frm (HLR)); the number of modules of the MOU, the use of frm register (HLR) can be identified and flexibly applied depending on user demand for bandwidth; several modules MOU provide services and process operations in parallel to provide redundancy for each other, thus, the failure of any other MOU MOU evenly distribute the load among themselves; MOU bear heavily uses the additional processor to perform processing services, accessing the database subsystem in real time and the exchange of information between the processing module before the module MOX (CPM) and the switching device of the basic network.

The database subsystem consists of one or more data processing modules (MOD) home register location (use of frm (HLR)), used mainly for storing user data.

In the above technical solution, all these subsystems are interconnected through a high speed Ethernet network and are connected by the transmission control Protocol / Internet Protocol TCP/IP. To ensure reliability, all of the above subsystems are connected in a redundant network.

According to the claimed invention, the home register of the location of the service user networks of several types, functions as a Central data processing unit in the network that is used primarily to implement a unified and integrated management of different types of user data, and performs the exchange of signals through the subsystem signalling system and other functional subsystems. With this home register location to service users of the networks of several types, you can perform a unified and integrated data management gender is identied networks of different types and service provision combined set numbers of PSTN users, service activation service intelligence throughout the network and roaming service for users of PHS network, to maintain a smooth transform the user's PHS network/PSTN in the user's 3G network, which not only reduces operating costs of the service provider, but also has a positive effect on attracting new users.

Brief description of drawings

Figure 1 shows the position of the home register location in the network; and figure 2 - block diagram of the system of home register location.

Detailed description of preferred embodiments of the invention

Then here is the detailed description of specific variants of realization of this invention with reference to the accompanying drawings.

The claimed invention is applicable to the home register location (use of frm (HLR)mobile communication, which usually includes PSTN, PHS and 3G (third generation), and can support integrated data management of PSTN users, users, PHS and 3G users, to support combined specified numbers and activation of predictive maintenance across the network to the user's PSTN, to support roaming user PHS and provide a smooth transform user PHS/PSTN in 3G user.

Figure 1 is Yes according the this invention presents the position of the home register location (or "integrated use of frm (HLR)"); the system, on the one hand, is connected to the PHS network, a PSTN and 3G network through a common channel signaling system ACS-7, so as to meet the needs of the user in various services using MAR-Protocol, such as updating the location, connectivity challenges, credentials, etc.; a switching device PSTN uses the MAP Protocol or Protocol subsystem user (ISUP) digital network ISDN integrated services (ISDN) for implementation of a custom combo set numbers, activation of predictive maintenance, etc. and, on the other hand, the system is connected with a single system working service via the Internet Protocol (IP) for various user services, such as account opening, termination of service, changing rooms, etc.

Figure 2 clearly shows the structure of the home register location in accordance with this invention. This system includes the following subsystems: subsystem 1 processing common channel signalling subsystem 3 processing services subsystem 2 database subsystem 4 operational maintenance, and for communication between all of the mentioned subsystems and the coordination of their actions uses a high-speed Ethernet network. Next here at the Eden detailed description of the example of implementation with reference to figure 2.

1. Subsystem 1 common channel signaling

This subsystem is used to connect and processing common channel signaling, and its typical implementation is a function of the connection and processing the ACS-7.

To integrate data management of PHS users and PSTN users, switching device PSTN should be able to maintain the alarm PHS-MAP. Through signal PHS-MAP PSTN user may exercise control service location, service authorization check, the service call, the service data management, etc. in order to implement integrated management of user data PSTN in the home register location, and provide mobile communication services to a user of the PSTN.

To perform services combined set numbers, activation intellectual services user PSTN switching device in the PSTN must be able to support 3G alarm-MAP or ISUP signaling. When using the alarm 3G-MAP or ISUP signaling switching device PSTN can switch the user to search the code for connecting the intelligent services of the user in use of frm (HLR) to perform the services specified combined rooms, activation of intellectual services, etc. and to implement integrated the governance combined data of the specified number and the activation of predictive maintenance user PSTN in the home register location.

To integrate the management of user data, PHS users PSTN and 3G subscribers, subsystem 1 processing common channel signaling must distinguish and process the alarm PHS-MAP and alarm 3G-MAP. As alarm PHS-MAP and alarm 3G-MAP are not fully compatible, there are four ways of processing.

(1) Hardware division: connecting devices to the 3G network and devices on your network PSTN, PHS to the home register location via various subsystems 1 processing common channel signaling and, accordingly, the signaling PHS-MAP and alarm 3G-MAP in the different modules of the subsystem processing common channel signaling MOX (CPM).

(2) Software configuration: classification of switching devices in the network depending on the item alarm or global header (G3 (GT)) via the configuration data system home register location: device 3G network, the network device PHS and devices on your network PSTN. After receiving the alarm network device, the network type of the device are determined by configuration data, and then processing is performed using the alarm PHS-MAP or 3G-MAP depending on the type of network the device.

(3) the Number of subsystem devices: as 3G-MAP and PHS-MAP not are per sheet now fully compatible in content, to distinguish them, you can use a number of subsystems (PS (SSN)). When the module MOX (CPM) receives the alarm messages sent from different networks, there is a correction OPS number (SSN) logical use of frm (HLR), corresponding to the PHS network and the PSTN; however, the PHS network, network PSTN and 3G network can be distinguished by the NTC (SSN), obtained from level permissions through subsystem link control signaling (PUSS (SCCP)) to determine which Protocol to use to process the message - PHS-MAP or 3G-MAP.

(4) the Contexts of applications: as 3G-MAP and PHS-MAP are not currently fully compatible in its content, in order to distinguish them, you can use contexts of the application MAP. Standard application context is 3G-MAP: MAP-ApplicationContexts {ccitt identified-organization (4) etsi (0) mobileDomain (0) gsm-Network (1) modules (3) map-ApplicationContexts (2) version6 (6)}

(5) PHS-MAP changes the label "gsm-Network (1)" to another value for discernment to determine which Protocol to accept for processing messages, the Protocol PHS-MAP or 3G Protocol-MAP.

2. Subsystem 3 processing services

Because the subsystem 1 processing common channel signaling already respectively processed message PHS-MAP and message 3G-MAP, subsystem 3 processing services is only required to accept for processing various treatments treatment services depending on the type characteristic of signals transmitted by subsystem 1 processing common channel signaling.

3. Subsystem 2 database

All types of users share a single primary user table data to distinguish between users of different network types on the basis of user type. General characteristics of all user occupies one position in the table, the special characteristic of the user is in the table one special position entirely. All users of the database, provided that the user number is not changed, can change an attribute of a user type in the main user table data and the corresponding information in the table of characteristics to replace one type of network user to another user on the network.

4. Subsystem 4 operational maintenance

Subsystem 4 operational maintenance includes the server operational maintenance (IT) 41, operating the receiving terminal 42 and the middle terminal 43 of the operational maintenance; operating the receiving terminal 42 and the middle terminal 43 of the operational maintenance provide a working platform man-machine, and the service provider can determine the operating condition of the home register location through the middle terminal 43 of the operational and technical services to the Oia, in order to test and troubleshoot the failure as well as manage the subscribers via the terminal 42 receiving services. In addition, using the router (routers) can be implemented by a remote receiving services and operational maintenance. Through these funds subsystem 4 operational service may implement a unified operation and maintenance for the entire system home register location and can realize a unified technique for users of various types of networks depending on the parameters of service PHS users, PSTN and 3G, to be able to accept users of networks of different types on a single desktop interface and simultaneously to switch the type of user for any user.

Industrial applicability

According to the claimed invention can be processed simultaneously signaling ISUP, PHS-MAP and 3G-MAP within one system home register location and can be managed by PSTN users, PHS and 3G within the database one home register location to perform the service combined a specified number and function activate predictive maintenance user ISUP and services roaming user is El PHS, and implement a unified and integrated data management of PSTN users, PHS and 3G, to reduce service provider costs for equipment and the costs of operation and maintenance.

In addition, on the basis of a harmonized and integrated data management users of various network types, this invention also provides a handy switch user type without changing the number of the user to the service provider achieved the objective of attracting and retaining customers in the process of network development.

Therefore, the home register location according to this invention performs a harmonized and integrated data management of PSTN users, PSH and 3G and provides the user with the PSTN service combined a specified number and activation intellectual services throughout the network, provides the user with the PHS roaming service and provides a smooth transform user PHS/PSTN in 3G user of the system, and another switching equipment in the core network can exchange information with the mechanism of the mobile communication switching mechanism PHS network and a mechanism for switching a fixed network through the message subsystem applications for mobile communications (MRP (MAP)) from another Protocol, and can communicate with m is the mechanism switching a fixed network through messages ISUP, to satisfy different requests of services for users of various types of networks. Thus, it is clear that, based on the level of technicians, specialists in the art can implement the technical solution disclosed in this invention, and can obtain the appropriate technical result, therefore, the technical solution provided by the present invention fully meets the requirements of industrial applicability.

Finally, it should be noted that the above implementation examples serve only to disclosure of the technical solution according to this invention, without imposing any restrictions. Specialists in the art it is obvious that the invention may be modified or changed without changing the spirit and scope of the invention covered by the volume formula of the present invention.

1. Home register location to service user networks of several types, characterized in that it contains a subsystem (1) processing common channel signalling subsystem (2) database subsystem (3) processing services and the subsystem (4) operational maintenance, all of these subsystems are connected to the communication network and perform, respectively, the exchange of information;

the subsystem (1) processing Absecon the school alarm, consisting of one or more processing modules common channel signaling, performs the function of processing the alarm OX-7;

subsystem (2) a database consisting of one or more data processing modules reference register location is used to store user data;

subsystem (3) processing services, consisting of one or more processing modules home service register location, accepts multi-modal split billing;

the subsystem (4) operational maintenance includes the server (41) operational maintenance, is connected to the terminal (42) receiving services and to the middle terminal (43) operational maintenance;

the terminal (42) receiving services, and the middle terminal (43) operational maintenance provide a working platform; obtaining information about the operational status of the home register locations, and test and maintenance system home register location is performed with the middle terminal (43) operational maintenance; user management is performed with the terminal (42) receiving services, and remote reception service and operational maintenance of osushestvlyaetsya router.

2. The system according to claim 1, characterized in that several modules processing services home register location perform processing services in parallel, with redundant backups for each other, so that failure of any of these modules processing services home register location other modules processing services home register locations evenly distribute the load among them.

3. The system according to claim 1, characterized in that the specified module processing services home register the location of the applied high-performance processor to perform processing services and access to the database subsystem in real time, as well as to exchange information via the processing module common channel signaling with the switching device of the basic network.

4. The system according to claim 1, characterized in that the communication network is a high-speed Ethernet network, and the subsystem (1) processing common channel signalling subsystem (2) database subsystem (3) processing services and the subsystem (4) maintenance maintenance carried out between themselves communication transmission control Protocol / Internet Protocol TCP/IP.

5. The system according to claim 1, characterized in that the subsystem (1) processing common channel signalling subsystem (2) the database subsystem is (3) processing services and the subsystem (4) operational maintenance interconnected redundant network to ensure the reliability of the connection.