KR20010036107A - Apparatus for emboding televoting service in an exchange - Google Patents

Abstract

PURPOSE: An apparatus for embodying VOT(teleVOTing) service in an exchange is provided to output a statistics result message, collecting statistics for how many times a subscriber participates in VOT service, to an operator terminal periodically. CONSTITUTION: A telephone exchange to embody VOT service is comprised of an operator terminal(10), a CCS(Central Control Subsystem)(20) and an ASS(Access Switching System)(30). The operator terminal(10) transmits a statistics request message, comprising a number to provide VOT service, VOT execution information, VOT start time, VOT end time, etc, to the CSS(20) and displays a statistics result message received from the CCS(20). The CCS(20) is provided with an ISDH(Integrated Service digital network subscriber Data Handling) part(21), a DBMS(Data Base Management System)(23), an MSDP(Measurement Statistics Data Processing) part(25) and an OS(Operating System)(27). The CCS(20) requests the ASS(30) to measure statistics, receives the statistics result message, responding to the statistics request message, from the ASS(30) and forwards it to the operator terminal(10). The ASS(30) transmits the statistics result message, responding to the statistics request message received from the CSS(20), to the operator terminal(10) through the CSS(20). The ASS(30) is composed of an MDGC(Measurement Data Gathering on Call block)(31), a DBMS(33) and a call processing part(35).

Description

Device for implementing telephone voting service of exchange {APPARATUS FOR EMBODING TELEVOTING SERVICE IN AN EXCHANGE}

The present invention relates to a telephone voting (hereinafter referred to as VOT) service, and in particular, after the service function for the telephone voting is implemented in the telephone exchange, the statistics result message, that is, statistics on the number of times the subscriber participates in the telephone voting service. An apparatus for implementing a telephone voting service of an exchange to output a statistical result message to an operator terminal.

In general, the telephone voting service is performed on-line between the subscriber and the intelligent network switch, and operates the intelligent network switch as a result of statistical statistics on the number of times the user participates in voting in response to a survey or survey of the subscriber. It is a service provided to the operator.

However, since the telephone voting service as described above is provided only in a special exchange called an intelligent network exchange, the telephone voting service is provided only in a specific region in which the intelligent network exchange is operated. Therefore, there was a need to implement the above-described telephone voting service function in the telephone exchange which is currently installed in order to provide the telephone voting service in all regions including the specific region.

Therefore, the present invention was created by the necessity as described above, and its object is to provide a telephone voting service of an exchange which enables the subscriber terminal to periodically output a statistical result message for the number of times the subscriber participates in the telephone voting service. In providing an implementation device.

In an embodiment of the present invention, an apparatus for implementing a telephone voting service of an exchange includes a call processing unit for sensing a number of times a plurality of calling terminals participate in a telephone voting service; A first database management system for storing the number of times of telephone voting service participation detected by the call processor; A second database management system for storing start and end times and measurement periods of a telephone voting service among statistics request messages received from an operator terminal; A measurement and status data processing process for requesting statistical measurements at every measurement cycle of the telephone voting service stored in the second database management system and transmitting the statistical result message to the operator terminal; And a measurement data call collection process for transmitting a statistical result message, which is statistically about the number of times of participation in the telephone voting service stored in the first database management system, to the statistical measurement and state data processing process according to the statistical request.

1 is a block diagram of an apparatus for implementing a telephone voting service of an exchange according to the present invention;

2 is a detailed flowchart illustrating an operation of an apparatus for implementing a telephone voting service of an exchange according to the present invention.

<Explanation of symbols for main parts of drawing>

10: operator terminal 20: CCS

21: ISDH 23,33: DBMS

25: MSDP 27: OS

30: ASS 31: MDGC

35: call processing unit

A, ...: multiple calling terminals

Hereinafter, with reference to the accompanying drawings will be described in detail the configuration and operation of the present invention.

FIG. 1 is a block diagram of a telephone switchboard in which a telephone voting service is implemented according to the present invention. The operator terminal 10 and the central control subsystem 20 are referred to as CCS. Subsystem (hereinafter referred to as ASS) 30 is included.

The operator terminal 10 is a terminal operated by the operator, and includes a number and VOT service performance information for providing a telephone voting service (hereinafter referred to as a VOT) service, start and end times of the VOT service, and the like. The statistical request message is transmitted to the CCS 20, and the statistical result message received from the CCS 20 is displayed for the operator to check.

The CCS 20 requests the ASS 30 for statistical measurements, receives a statistical result message in response to the statistical request from the ASS 30, and transmits it to the operator terminal 10. The integrated service digital network subscriber data handling (hereinafter referred to as ISDH) 21, the database management system (hereinafter referred to as DBMS) 23, and the measurement and status data processing process (Measurement Statistics Data). Processing: (hereinafter referred to as MSDP) 25 and Operating System (hereinafter referred to as OS) 27 are provided.

The ISDH 21 sends the statistics request message received from the operator terminal 10 to the DBMS 23 and the MSDP 25. At this time, the DBMS 23 stores the start and end times of the VOT service in the statistics request message received from the ISDH 21.

After receiving the statistics request message from the ISDH 21, the MSDP 25 generates an MSDP_vot process that is in charge of the measurement function for the VOT service. The MSDP 25 performs the measurement function for the VOT service by the MSDP_vot process generated as described above. Thereafter, the MSDP 25 reads the start and end times of the VOT service stored in the DBMS 23 and calculates the number of measurement cycle driving times of the VOT service. In addition, the MSDP 25 requests statistical measurement from the ASS 30 according to the wake-up signal received from the OS 27, and the next measurement period only when receiving an ACK signal from the ASS 30 in response to the request. Transmits a statistical request signal of ASS to ASS 30. Thereafter, the MSDP 25 receives a statistical result message, which is statistically measured for each share price, regarding the number of VOT service participation times from the ASS 30 and transmits the result to the operator terminal 10.

The OS 27 sends a wake up signal to the MSDP 25 for requesting a statistical measurement every measurement cycle.

The ASS 30 is a block for transmitting a statistical result message in response to a statistical request message received from the CCS 20 to the operator terminal 10 through the CCS 20, and a measurement data gathering on call. block (hereinafter referred to as MDGC) 31, DBMS 33, and call processing unit 35 are provided.

The MDGC 31 receives a statistics request from the MSDP 25 and generates an MDGC_vot process that is responsible for collecting a statistical message statistically about the number of VOT service participations. By the MDGC_vot process generated as described above, the MDGC 31 collects the measurement message statistically about the number of VOT service participation. Thereafter, the MDGC 31 transmits an ack signal indicating that the statistics request signal provided from the MSDP 25 has been normally received to the MSDP 25, and measures the number of times of participation in the VOT service stored in the DBMS 33. It reads every cycle and transmits the statistical result message statistically measured during the measurement cycle to the MSDP 25.

The call processing unit 35 detects the number of times a plurality of originating terminals (A, ...) participate in the VOT service from the VOT service start time to the end time, and then transmits the detected number of VOT service participation times to the DBMS 33. do.

With reference to the flowchart of FIG. 2, the telephone voting service implementing apparatus of the exchange which concerns on this invention is demonstrated in detail.

First, the call processing unit 35 in the ASS 30 detects the number of times that a plurality of originating terminals A, ... participate in the VOT service from the VOT service start time to the end time and transmits the number to the DBMS 33. The DBMS 33 stores the number of times of participating in the VOT service received from the call processor 35.

The operator uses the operator terminal 10 to collect the number of times to participate in the VOT service, including the telephone number and VOT service performance information of the VOT service, the start and end time of the VOT service, and the measurement cycle of the VOT service. The statistical request message is sent to the ISDH 21 (step 201).

The ISDH 21 transmits the start and end time of the VOT service to the DBMS 23 in the statistical request message received from the operator terminal 10 to be stored (step 202).

The ISDH 21 then sends a statistics request message received from the operator terminal 10 to the MSDP 25 (step 203).

In response to the statistics request message from the ISDH 21, the MSDP 25 generates an MSDP_vot process responsible for measuring the VOT service and performs a preparation step for measuring the VOT service (step 204). More specifically, the MSDP 25 reads the start and end times of the VOT service stored in the DBMS 23 to calculate the number of measurement cycle driving times of the VOT service. For example, if the start time of the VOT service is 10 o'clock, the end time is 12 o'clock, and the measurement cycle is 10 minutes, the time information of the measurement period of 10 minutes, that is, the VOT while the VOT service is provided from 10 o'clock to 12 o'clock, The time information at which service measurement is started 10: 10, 10: 10, 10: 50, 12: 12 are collectively calculated and transmitted to OS 27 of CCS 20. Then, the OS 27 transmits a wake-up signal to the MSDP 25 for requesting statistical measurement for each VOT service measurement start time in accordance with the time information (step 205).

MSDP 25 requests statistical measurement to MDGC 31 in accordance with the wake up signal provided from OS 27 (step 206).

The MDGC 31 generates a MDGC_vot process that collects statistical messages about the number of times the VOT service participates in each measurement cycle in response to the request for statistics from the MSDP 25 to collect and count the number of VOT service participations. . More specifically, the MDGC 31 transmits an Ack signal indicating that the statistical request signal provided from the MSDP 25 has been normally received to the MSDP 25, and reads the number of times of participation in the VOT service stored in the DBMS 33. Then, the statistical result message statistically measured during the measurement period is transmitted to the MSDP 25 (step 207).

The MSDP 25 receives from the MDGC 31 a statistical result message of the number of VOT service participations during the measurement cycle and transmits the result to the operator terminal 10. The operator terminal 10 then displays a statistical result message to allow the operator to confirm the statistical result message (step 208).

According to the present invention as described above, after the telephone voting service function is implemented in the telephone exchange, the statistical result message measured during the measurement period for the number of times the subscriber participates in the telephone voting service is output to the operator terminal, thereby measuring the statistical result message. Since it can be checked every time, there is an effect that can increase the reliability of the telephone vote.

Claims (1)

In the telephone voting service apparatus of the exchange, A call processing unit for detecting a number of times a plurality of calling terminals participate in a telephone voting service; A first database management system for storing the number of times of telephone voting service participation detected by the call processor; A second database management system for storing a start and end time and a measurement period of a telephone voting service among statistical request messages received from the operator terminal; A measurement and status data processing process for requesting a statistical measurement at every measurement cycle of a telephone voting service stored in the second database management system and transmitting a statistical result message to the operator terminal; A measurement data call collection process for transmitting the statistical result message, which is statistically related to the number of times of the telephone voting service stored in the first database management system, to the statistical measurement and state data processing process in accordance with the statistical request; Telephone voting service implementation apparatus of the exchange, characterized in that.