KR100277708B1 - Traffic management method using internet terminal in next generation intelligent network - Google Patents

Abstract

1. TECHNICAL FIELD OF THE INVENTION

The present invention relates to a traffic management method using an internet terminal.

2. The technical problem to be solved by the invention

The present invention provides a traffic management method for increasing network efficiency by providing traffic management between intelligent information providing systems through an internet terminal in a next generation intelligent network (AIN) to which a plurality of intelligent information providing systems (IP) work. box.

3. Summary of Solution to Invention

According to an aspect of the present invention, there is provided a traffic management method in an intelligent network system, comprising: a first step of accessing an internet network through a router setting of a LAN switch existing in a plurality of intelligent information providing systems; A second step of collecting, by system, the traffic statistics data transmitted from each intelligent information providing system by an internet terminal linked to the internet network; And a third step in which the Internet terminal transmits the analysis result for each system to the service control system, and accesses the service request of the service switching system from the service control system to the intelligent information providing system.

4. Important uses of the invention

The present invention is used for intelligent network services and Internet network services.

Description

Traffic management method using internet terminal in next generation intelligent network

The present invention provides a traffic management method for providing traffic management between intelligent information providing systems through an internet terminal in a next generation intelligent network (AIN: Advanced Intelligent Network) in which a plurality of intelligent information providing systems (IP: Intelligent Peripheral) are interlocked, and the same. A computer readable recording medium having recorded thereon a program for realization.

Next-generation intelligent network is a service control system (SCP: Service Control Point) that controls service by driving next-generation intelligent network service logic, service switch system (SSP) that controls channel for resource service to next-generation intelligent network users and subscribers, It is composed of an intelligent information system (IP) that holds special resources and provides them to intelligent network users and subscribers.

Accordingly, users of next generation intelligent network services realize next generation intelligent network services such as telephone voting and personal number services through the construction of next generation intelligent network.

Recently, research on interworking between next-generation intelligent networks and other networks has been underway, centered on the International Telecommunication Union (ITU), and research on interworking with the Internet, which is widely used worldwide, is being actively conducted. to be.

However, the results of the interworking between the next generation intelligent network and the Internet are still insignificant. Moreover, research in the field of intelligent network management is more unknown.

Commonly used network management protocols include a simple network management protocol (SNMP) commonly used in a private network and a common management information protocol (CMIP) used as a standard for a public network management protocol.

"ITU-T" is currently developing activities for standardizing intelligent network management based on Telecommunication Management Network (TMN). However, it is impossible to realize intelligent network management based on these standards in a short time.

As described above, before the network management according to international recommendations and standards is realized, the traffic management application method through the Internet network is essential in the intelligent information providing system, which is a component of the next generation intelligent network.

The present invention devised to solve the above problems, by providing a traffic management between the intelligent information providing system through the Internet terminal in the next generation intelligent network (AIN) to which a plurality of intelligent information providing system (IP) is interlocked, An object of the present invention is to provide a traffic management method for increasing efficiency and a computer-readable recording medium recording a program for realizing the same.

1 is an exemplary configuration of a next generation intelligent network to which a plurality of intelligent information providing systems to which the present invention is applied.

2 is a flowchart of an embodiment of a traffic management method according to the present invention;

* Explanation of symbols for the main parts of the drawings

11 to 13: Intelligent Information System (IP) 14: Internet Host

In order to achieve the above object, the present invention provides a traffic management method in an intelligent network system, comprising: a first step of accessing an internet network through a router setting of a LAN switch existing in a plurality of intelligent information providing systems; A second step of collecting, by system, the traffic statistics data transmitted from each intelligent information providing system by an internet terminal linked to the internet network; And a third step in which the Internet terminal transmits a system-specific analysis result to a service control system, and accesses a service request of a service switching system from the service control system to a corresponding intelligent information providing system.

In addition, the present invention, the intelligent network system having a processor, the function of connecting to the Internet network through the router settings of the LAN switch existing in a plurality of intelligent information providing system; A function of collecting traffic statistics data transmitted from each intelligent information providing system by an internet terminal linked to the internet network and analyzing the data for each system; And a computer for recording a program for transmitting a system-specific analysis result to a service control system so as to realize a function of accessing a service request of a service switching system from the service control system to a corresponding intelligent information providing system. Provide a record carrier.

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

1 is an exemplary configuration of a next generation intelligent network to which a plurality of intelligent information providing systems to which the present invention is applied are linked.

As shown in FIG. 1, the next generation intelligent network to which the present invention is applied includes a plurality of intelligent information providing systems 11 to 13 capable of accessing the Internet, and an internet controlling traffic of these intelligent information providing systems 11 to 13. The terminal comprises the terminal, and the intelligent information providing systems 11 to 13 together with the service control system (SCP) and the service switching system (SSP) constitute a next generation intelligent network.

In addition, the intelligent information providing system 11 to 13 includes a Specialized Resource Main Processor (SRMP) 111, a Disk Array 112, and a Specialized Resource Switch (SRS) subsystem. (114), and a Specialized Resource Unit (SRU) subsystem 115, the local area network based on Transmission Control Protocol / Internet Protocol (TCP / IP) between these subsystems. (LAN: 113) for LAN (Local Area Network) communication.

The Internet terminal is a terminal that receives a normal Internet service and is subscribed to the Internet network.

Looking at the process for providing the next generation intelligent network special resource services of the intelligent information providing system (11 to 13) with reference to Figure 1, the intelligent network service request initiated from the service switching system (SSP) provides intelligent information through the service control system (SCP) Delivered to systems 11-13.

In response to the request received from the service control system (SCP), the intelligent precision systems 11-13 are equipped with special resource services (i.e. announcement broadcast, dual-tone multi-frequency (DTMF) signal collection, voice recognition, Provide fax, media conversion, etc.).

The Special Resource Main Processor (SRMP) 111, the Special Resource Exchange (SRS) Subsystem 113, and the Special Resource Unit (SRU) Subsystem 114, which are components of the Next Generation Intelligent Network Intelligent Information System, each have a LAN interface. The transmission and reception of the message through the LAN switch 113 to the bandwidth (10, 100 Mbps) supported by.

The disk array 112 for storing the special resources of the intelligent information providing systems 11 to 13 is connected to the special resource main processor 111 through a small computer system interface (SCSI) and voiced. Provide a file, etc.

Special resource exchange (SRS) subsystem 114 and special resource unit (SRU) subsystem 115 provide the resources processed through the E1 interface to the service exchange system (SSP).

This process is a service processing procedure provided in the existing next generation intelligent network, each intelligent information providing system (11 to 13) aggregates the statistical data as shown in the following (Table 1) by the previously developed statistical function. Operational statistical data of such intelligent information providing systems 11 to 13 are shown in (Table 1).

operation Receive count Send count Success Failure count Number of cancellations Total service time Average service time PCUI XX XX XX XX XX YY YY PRM XX XX XX XX XX YY YY PA XX XX XX XX XX YY YY EM XX XX XX XX XX YY YY CANC XX XX XX XX XX YY YY sum XXX XXX XXX XX XX YYY YYY

Referring to (Table 1), "PCUI" is "Prompt and Collect User Information", "PRM" is "Prompt and Receive Message", "PA" is "Play Announcement", "EM" is "Erase Message", and And "CANC" represent "Cancel", respectively.

As shown in Table 1, the data necessary for proper traffic distribution among the intelligent information providing systems 11 to 13 among the aggregated statistical data is a total of average service times for the intelligent information providing systems 11 to 13. This data is transmitted to the Internet terminal in charge of traffic management of the intelligent information providing systems 11 to 13 by a specific time or request.

The Internet terminal receiving the average service time information from each intelligent information providing system (11 to 13) can analyze the availability of each intelligent information system (11 to 13), and this information is returned to the service control system (SCP). By transmitting the intelligent information providing system (11 to 13) is available to try the intelligent network request.

Through this process, service processing can be distributed in the next generation intelligent network composed of a plurality of intelligent information providing systems 11 to 13, and the overall network efficiency can be increased.

2 is a flowchart illustrating an embodiment of a traffic management method according to the present invention.

In the present embodiment, traffic management between the intelligent information providing systems 11 to 13 may be provided through an internet terminal in a next generation intelligent network in which a plurality of intelligent information providing systems 11 to 13 are linked.

In addition, the present embodiment is an average service for each intelligent information providing system (11 to 13) for proper traffic distribution among the intelligent information providing system (11 to 13) among the statistical data collected by the plurality of intelligent information providing system (11 to 13) The total data of time is transmitted to the Internet terminal in charge of traffic management of the intelligent information providing systems 11 to 13 by a specific time or request. At this time, the Internet terminal receiving the average service time information from each intelligent information providing system (11 to 13) can analyze the availability of each intelligent information system (11 to 13), and this information is returned to the service control system ( SCP) to enable the intelligent network request to the highly available intelligent information providing system (11 to 13).

Through this process, the present embodiment can achieve the distribution of service processing in the next generation intelligent network composed of a plurality of intelligent information providing systems 11 to 13, and can increase the efficiency of the overall network.

As shown in FIG. 2, a traffic management method in a next-generation intelligent network to which a plurality of intelligent information providing systems 11 to 13 according to the present invention are interworked, is a component of each intelligent information providing system 11 to 13. Connection to the Internet network is enabled through the router setting of the existing LAN switch 113 (201). This enables the routing protocol to be activated and function as a router by inputting a command through the console of the LAN switch 113.

Thereafter, traffic (average service time) statistical data is aggregated and analyzed in each intelligent information providing system 11 to 13 (202). Through this traffic statistics data aggregation and analysis function, the statistical data described in Table 1 is aggregated. Among the statistical data, the traffic data for grasping the utilization of the intelligent information providing systems 11 to 13 is an average service time.

Next, each intelligent information providing system 11 to 13 transmits average service time data to the Internet terminal (203). This traffic transmission can be made automatically, the statistical traffic transmission function between the intelligent information providing system (11 to 13) and the Internet terminal should be added. Initially, the Internet terminal collects statistical data of each intelligent information providing system 11 to 13 using a file transfer program through access to the intelligent information providing systems 11 to 13.

Subsequently, statistical data for each intelligent information providing system 11 to 13 collected from each intelligent information providing system 11 to 13 are compared and analyzed at the Internet terminal (204).

Thereafter, the result analyzed by the Internet terminal is transmitted to the service control system (SCP) in charge of service control of the next generation intelligent network (205). This traffic transmission also transmits data through the same transmission procedure as in step "203".

Finally, when a service control system (SCP) that receives statistical data for each intelligent information providing system (11 to 13) receives a next-generation intelligent network service request from the service switching system (SSP), it is special to the intelligent information providing system 2 (12). Send a resource service request. This procedure is the same as the existing next generation intelligent network service processing procedure.

However, if the method proposed in the present embodiment is applied, more intelligent information providing systems 11 to 13 having less utilization may be used, thereby improving the efficiency of the intelligent information providing systems 11 to 13. It can increase the overall efficiency of the next generation intelligent network.

The present invention described above is capable of various substitutions, modifications, and changes without departing from the spirit of the present invention for those skilled in the art to which the present invention pertains, and the above-described embodiments and accompanying It is not limited to the drawing.

As described above, the present invention can increase network efficiency through traffic distribution in a next generation intelligent network in which a plurality of intelligent information providing systems exist, thereby providing next generation intelligent network services to the next generation intelligent network users and subscribers without delay or call failure rate. It can work.

Claims (4)

In traffic management method in intelligent network system, A first step of accessing an internet network through a router setting of a LAN switch existing in a plurality of intelligent information providing systems; A second step of collecting, by system, the traffic statistics data transmitted from each intelligent information providing system by an internet terminal linked to the internet network; And A third step in which the Internet terminal transmits a system-specific analysis result to a service control system and accesses a service request of a service switching system from the service control system to a corresponding intelligent information providing system; Traffic management method using an internet terminal made, including. The method of claim 1, The second step, A fourth step of counting and analyzing traffic statistics data in each intelligent information providing system; A fifth step of each intelligent information providing system transmitting average service time data to the internet terminal; And A sixth step of comparing and analyzing statistical data for each intelligent information providing system collected from each intelligent information providing system in the Internet terminal; Traffic management method using an internet terminal made, including. The method according to claim 1 or 2, The traffic statistics data is, Traffic service method using the Internet terminal, characterized in that the average service time statistics data. In an intelligent network system equipped with a processor, A function of accessing an internet network through a router setting of a LAN switch existing in a plurality of intelligent information providing systems; A function of collecting traffic statistics data transmitted from each intelligent information providing system by an internet terminal linked to the internet network and analyzing the data for each system; And The Internet terminal transmits the analysis result for each system to the service control system, and the service control system accesses the service request of the service exchange system to the intelligent information providing system. A computer-readable recording medium having recorded thereon a program for realizing this.