KR100417850B1 - Integration system of wireless network and the internet - Google Patents

Abstract

The present invention relates to an integrated system of a wireless network and the Internet which provides an intelligent network (IN) platform service to wireless communication subscribers by interworking the wireless network and the Internet. The intelligent network systems of the conventional wireless network or the wired telephone network constitute a backbone network using only protocols that emphasize stability and real time. This was no exception for the intelligent network platform. In addition, until now, the intelligent network platform could not apply the objectization technology that meets the theoretical background, and thus, when a network operator created a service, the service software structure of a mobile service switching center (MSC) had to be changed or added. There was an inconvenience in applying this to every mobile telephone exchange in the country. This caused network operators to spend a lot of money and time. The present invention can significantly reduce the application time, cost, etc. that the service provider must bear when adding the service. In addition, it guarantees the connection with other servers of the Internet, so that various services can be combined and exchanged. Through this, the network operator can configure an open network, thereby providing a rich service to the user. In addition, the service development is carried out in a competitive environment, not exclusively by the mobile switching center manufacturer or equipment manufacturer, so that various services can be easily combined.

Description

INTEGRATION SYSTEM OF WIRELESS NETWORK AND THE INTERNET}

The present invention relates to an integrated system of a wireless network and the Internet, and more particularly, to a system for providing an intelligent network (IN) platform service to wireless communication subscribers by interworking the wireless network and the Internet.

The intelligent network systems of the conventional wireless network or the wired telephone network constitute a backbone network using only protocols that emphasize stability and real time. This was no exception for the intelligent network platform. In addition, until now, the intelligent network platform could not apply the objectization technology that meets the theoretical background, and thus, when a network operator created a service, the service software structure of a mobile service switching center (MSC) had to be changed or added. There was an inconvenience in applying this to every mobile telephone exchange in the country. This caused network operators to spend a lot of money and time.

In addition, the existing intelligent network design does not consider the service linked with the Internet, so the scalability of the service is reduced, and there is a burden for the operator to construct and develop the service system. This is because the hardware or software of the network components did not have the environmental and technical background to apply the distributed object technology.

The present invention has been made to solve the above-mentioned drawbacks of the prior art, by integrating distributed object technology, open system construction technology and the communication protocol used in the Internet domain (intelligence network platform), flexibility of services, scalability, and The purpose is to provide an integrated system of the wireless network and the Internet, which ensures stability and considers interworking with other systems.

In order to achieve the above object, the present invention provides a wireless network and the Internet integrated system having a multiple service-service control point system for directing call control of an intelligent network corresponding to an additional service or a user's request. A mobile telephone switching station connected to the control point system and performing a mobile telephone switching function; A multiservice-intelligent peripheral device connected to the multiservice-service control point system and a mobile switching center to store resources provided by the intelligent network and provide the resources by call processing logic of the intelligent network; A multiple service-home location register connected to the multiple service-service control point system for storing and managing parameters and location information of registered mobile subscribers; A multiservice-service data point system connected to the multiservice-service control point system and a multiservice-intelligent peripheral device, the multiservice-service data point system holding data of a customer and a network required for execution of an intelligent network service; A multiple service-service management program connected to the multiple service-service control point system, multiple service-intelligent peripheral devices, and multiple service-service data point systems to manage operation data of intelligent network construction platforms and provide an interface with an operator. system; And a multiservice-service development environment system connected to the multiservice-service control point system, multiservice-intelligent peripheral device, multiservice-service data point system, and multiservice-service management program system. .

1 is a block diagram showing an embodiment of an integrated system of a wireless network and the Internet according to the present invention.

<Description of the code | symbol about the principal part of drawing>

10: multiple service-service control point system

12: mobile telephone switching center

14: multi-service intelligent peripherals

16: Multiple Service-Home Location Register

18: multiple service-service data point system

20: multiple service-service management program system

22: Multiple Service-Service Development Environment System

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram showing an embodiment of an integrated system of a wireless network and the Internet according to the present invention, a multi-service control point (MS-SCP) system 10, a mobile switching center ( 12), Multi Service-Intelligent Peripheral (MS-IP) (14), Multi Service-Home Location Register (MS-HLR) (16), Multi Service-Service Data point (Multi Service-Service Data Point (MS-SDP) system 18, Multi Service-Service management Program (MS-SMP) system 20), and multi service-service development environment ( It consists of a Multi Service-Service Creation Environment (MS-SCE) system 22.

In the figure, the multiple service-service control point system 10 is a part for controlling services of an intelligent network, and is a system for directing call control of an intelligent network corresponding to additional services or user requests. It holds and processes the intelligent network service logic program. The multiple service-service control point system 10 is connected to the mobile switching center 12 in an E1 link, the multiple service-intelligent peripheral 14 and an E1 link / Asynchronous Transfer Mode (ATM) link, and in multiple services. Are connected to the home position register 16 and the E1 link, respectively. In addition, the multiple service-service control point system 10 includes a multiple service-service data point system 18, a multiple service-service management program system 20, a multiple service-service development environment system 22, and Ethernet, respectively. Each is connected via (Ethernet). The multiple service-service control point system 10 includes a Java Advanced Intelligent Network-Mobile Application Part (JAIN-MAP), an Enterprise Java Beans (EJB) server, "Java based Service Logic Beans", "Java based Protocol Adapters ", and a Java Virtual Machine (JVM).

The multiple service-home location register 16 is a database management system that stores and manages parameters and location information of registered mobile subscribers.

The multiple service-service data point system 18 holds data of customers and networks necessary for the execution of the intelligent network service, and is linked with the multiple service-service control point system 10 and the multiple service-service management program system 20. To provide that data. In this case, a database composed of memory is used to provide data in real time. It performs the function of storing various data related to the intelligent network configuration, and is redundantly configured as an HA (High Availability) system for the stability of the stored data. The multiple service-service data point system 18 is connected to the multiple service-service control point system 10, the multiple service-service management program system 20, and the multiple service-service development environment system 22 via Ethernet, respectively. do. The multiple service-service data point system 18 includes software such as In-Memory Database (IMDB), JVM, JDBC, "IMDB Replication Package", and "HA System Clustering".

The multiple service-service management program system 20 is a system that manages operation data of intelligent network configuration platforms and provides an interface with an operator. It receives various hardware failures, software errors, and status data of each system, transmits them to the operator, and receives and processes the operator's commands. It also performs the function of backing up and storing the data of the multiple service-service data point system 18 in a relational database (RDB). The multiple service-service management program system 20 is connected via Ethernet to the multiple service-service control point system 10 and the multiple service-service data point system 18, respectively. The multiple service-service management program system 20 includes software such as a relational database, a JVM, and JDBC.

The multi-service peripheral intelligent device 14 stores a special resource provided by the intelligent network, for example, voice data such as announcement and recording resources, and various multimedia files to provide resources by call processing logic of the intelligent network. It also performs functions such as sending email. The multiple service-intelligent peripheral device 14 is connected to the mobile switching center 12 in an asynchronous transmission mode link, and to the multiple service-service control point system 10 in an E1 / asynchronous transmission mode link, respectively. In addition, the multiple service-intelligent peripheral device 14 is connected to the multiple service-service management program system 20, the multiple service-service data point system 18, the multiple service-service development environment system 22, and Ethernet, respectively. Connected. The multiple service-intelligent peripheral 14 is equipped with software such as RDB, JVM, and JDBC.

The multiple service-service control point system 10 and the mobile switching center 12 use the CAP (CAMEL Application Part) communication protocol.

Between the multiple service-service control point system 10 and the multiple service-intelligent peripheral 14 and the multiple service-home location register 16 use the mobile communication manager communication protocol.

Between the multiple service-service control point system 10 and the multiple service-service data point system 18, the multiple service-service management program system 20, and the multiple service-service development environment system 22, the transmission control protocol / Manganese-protocol (Transmission Control Protocol / Internet Protocol: TCP / IP) and self-implemented communication protocol are used.

As described above, the present invention can significantly reduce the application time, cost, etc. that the service provider must bear when adding the service. In addition, it guarantees the connection with other servers of the Internet, so that various services can be combined and exchanged. Through this, the network operator can configure an open network, thereby providing a rich service to the user. In addition, the service development is carried out in a competitive environment, not exclusively by the mobile switching center manufacturer or equipment manufacturer, so that various services can be easily combined.

Claims (9)

In the integrated system of the wireless network and the Internet, A multiple service-service control point system for directing call control of an intelligent network corresponding to supplementary services or user needs; A mobile telephone switching station connected to the multi-service control point system to perform a mobile telephone switching function; A multiservice-intelligent peripheral device connected to the multiservice-service control point system and a mobile switching center to store resources provided by the intelligent network and provide the resources by call processing logic of the intelligent network; A multiple service-home location register connected to the multiple service-service control point system for storing and managing parameters and location information of registered mobile subscribers; A multiservice-service data point system connected to the multiservice-service control point system and a multiservice-intelligent peripheral device, the multiservice-service data point system holding data of a customer and a network required for execution of an intelligent network service; A multiple service-service management program connected to the multiple service-service control point system, multiple service-intelligent peripheral devices, and multiple service-service data point systems to manage operation data of intelligent network construction platforms and provide an interface with an operator. system; And A multiservice-service development environment system connected to the multiservice-service control point system, a multiservice-intelligent peripheral device, a multiservice-service data point system, and a multiservice-service management program system to provide a service development environment; Integrated system of the wireless network and the Internet comprising a. The system of claim 1, wherein the multiple service-service control point system comprises: And an E1 link connected to the mobile switching center and the multiple service-home location register, respectively. 2. The system of claim 1, wherein the mobile switching center and the multiple service-intelligent peripheral are connected in an asynchronous transmission mode link. The system of claim 1, wherein the multiple service-service control point system comprises: An integrated system of a wireless network and the internet, wherein the multiservice-intelligent peripheral is connected to an E1 / asynchronous transmission mode link. The system of claim 1, wherein the multiple service-service control point system comprises: And a wireless network and the Internet, wherein the multiple service-service data point system, the multiple service-service management program system, and the multiple service-service development environment system are connected via Ethernet, respectively. The wireless network of claim 1, wherein the multiple service-intelligent peripheral device, the multiple service-service data point system, the multiple service-service management program system, and the multiple service-service development environment system are connected by Ethernet. And integrated system of the Internet. The system of claim 1, wherein the multiple service-service control point system comprises: And CAP (CAMEL Application Part) communication protocol between the mobile switching centers. The system of claim 1, wherein the multiple service-service control point system comprises: And a mobile communication operating unit communication protocol between the multiple service-intelligent peripheral device and the multiple service-home location register, respectively. The system of claim 1, wherein the multiple service-service control point system comprises: The integrated system of the wireless network and the Internet, wherein the transmission control protocol / network-to-protocol communication protocol is used between the multiple service-service data point system, the multiple service-service management program system, and the multiple service-service development environment system, respectively. .