KR20020035797A - Method for controlling automatic response service using packet communication - Google Patents

Abstract

PURPOSE: A method for controlling an ARS(Automatic Response Service) system using packet communication is provided to smoothly control an ARS system according to the control of contents, regardless of the number of connected users, and to easily service various contents only through a revision of contents without modifying the ARS system. CONSTITUTION: If a service is started, a game server connects a socket with an ARS server, initializes the ARS server and controls ARS server state setup(S110). If the initialization step is completed, the game server executes a contents service step for connected users, and remotely controls the connected users through packet communication during the execution of contents service(S120). If contents service is completed, the game server arranges and stores the data of final connectors and finalizes all the service(S130).

Description

Method for controlling automatic response service using packet communication

The present invention allows a large number of users to simultaneously access and use a single content by using a public telephone network (PSTN). In particular, a broadcasting station enables an interactive broadcasting to allow a user to directly access and participate in content that is being broadcast. The present invention relates to a method for controlling an automatic response service using packet communication to enable charging by enabling the implementation of the A and enabling the user to know exactly the time the user participated.

The general ARS (automatic response service) service is a one-way service in which a user calls a specific phone number and selects a desired service, and has focused on 1: 1 service, but recently, due to the development of the Internet environment and the development of network technology As the content using this rapidly increases, a lot of contents and contents have been developed.

The service of ARS contents using ARS server is recognized as an easily accessible network network due to the development of wired and wireless communication network, and it is rapidly spreading due to the convenience of billing system, and at the same time, an attempt to accommodate many users appears. Doing.

However, the content service using ARS in the conventional service method using the PSTN network has a limitation of limiting the number of concurrent users since each company is using their own ARS server.

In addition, in the construction of the ARS system, the ARS server has a disadvantage in that it is impossible to control individual concurrent users because the ARS server integrates and implements functions of content process and input / output.

Therefore, the present invention has been proposed to solve the above problems of the prior art,

An object of the present invention is to provide a content provider with smooth control over the ARS system according to the control of the content regardless of the number of users connected to the content provider, and to easily serve various contents only through the modification of the content without changing the ARS system. The present invention provides a control method of an ARS system using packet communication.

"Control method of the ARS system using packet communication" according to the present invention for achieving the above object,

A first step of performing a content service initialization process for controlling a socket connection with the ARS server, ARS server initialization, and ARS server state setting when the service is started;

A second step of performing a content service process with accessors who are connected when the initialization process is completed, and remotely controlling the accessors through packet communication while performing the service;

When the content service is terminated, a third step of terminating the service after organizing and storing the data of the last accessor is characterized in that it comprises.

1 is a configuration diagram of a system to which an ARS control method using packet communication according to the present invention is applied,

2 is a flowchart illustrating an ARS control method using packet communication according to the present invention;

3 is a flowchart illustrating an embodiment of a process of initializing a content service of FIG. 2;

4 is a flowchart illustrating an embodiment of a phone number filtering process of FIG. 3;

5 is a flowchart illustrating an embodiment of a process of performing a content service of FIG. 2;

6 is a flowchart illustrating a process of setting a key data transmission method of FIG. 5;

FIG. 7 is a flowchart illustrating a process of selecting and guiding a passer and a dropper of FIG. 5;

8 is a flowchart illustrating a process of terminating a content service of FIG. 2.

<Explanation of symbols for the main parts of the drawings>

100 ..... terminal

200 ..... Exchanger

300 ..... ARS server unit

310 ..... E1 Digital Trunk

321 ~ 323 ..... ARS Server

340 ..... Switching Hub

350 ..... Communications Server

400 ..... Internet or leased line

500 ..... Game Server

Hereinafter, described in detail with reference to the accompanying drawings, preferred embodiments of the present invention according to the technical spirit as described above.

1 is a configuration diagram of a system to which an ARS control method using packet communication according to the present invention is applied.

As shown in FIG. 1, a user attempts to access a service by pressing a corresponding service telephone number using a terminal 100 such as a mobile phone or a general telephone. The accessors who have completed the connection may make their own decisions using the number keys of the terminal 100 according to the type of service. The user's access signal or key input signal is transmitted to the exchange 200 via a public switched telephone network (PSTN).

Switch 200 is based on the input signal ANI (Automatic Number Indentification: caller's telephone number delivered to each other on the exchange), DTMF (DualTone Multi-Frequency: tones corresponding to each key of the terminal to distinguish the low-frequency in general voice Consisting of a mixture of high and high frequencies), and a DNIS (Dialed Number Identification Service) that allows the caller to send some or all of the numbers dialed to serve multiple different phone numbers, The generated signal is transmitted to the call processing modules of the respective ARS servers 321 to 323 through a dedicated line of the E1 digital trunk 310 in the ARS server unit 300.

The call processing module is a digital board inserted in the ARS servers 321 to 323, and analyzes signals (ANI, DTMF, DNIS) coming from the E1 digital trunk 310, and transfers them to the internal ARS server program. It transmits the connection status and announcement of a specific user by the server program. 1 illustrates only three ARS servers 321 to 323, but is actually implemented with a large number of ARS servers. Hereinafter, only one ARS server (eg, 321) will be described.

Next, the ARS server 321 processes a signal transmitted from the call processing module or controls the access state of the accessor through the call processing module according to a preset state. In addition, the ARS server 321 constructs a packet according to the service content of the signal received from the call processing module and is sent to the switching hub 340 through the internal LAN 330.

The switching hub 340 integrates the packet signal transmitted from the ARS server 321 and transmits the packet signal to the communication server 350 and transmits the packet signal transmitted from the communication server 350 to the ARS server 321. Do this.

In addition, the communication server 350 receives the packet transmitted through the Internet network or the dedicated line 400 and relays the packet to the ARS server 321 through the switching hub 340, and aggregates the packet generated by the ARS server 321 to the Internet. Transmission through the network or dedicated line 400.

In addition, the game server 500 is connected to the Internet network or the dedicated line 400 to serve content and control the display.

In more detail, when the ARS service starts, the initialization step, the execution step, and the termination step are performed according to the contents of the content service. At this time, the result of each service step is delivered to the user through the display device provided by the user. The display device may be any device capable of displaying contents to a user such as a home TV, a personal digital assistant (PDA), a mobile phone, a project, and the like. In each service step, the access status, access control, key data input, etc. of the accessor construct a packet according to the contents of the service and transmit the packet through the Internet network or the dedicated line 400. That is, in the content service step, the ARS server 321 can be controlled through the Internet network or the dedicated line 400.

The ARS server 321 has the following state settings.

Allow / block access, filter phone number, auto wait function, and transmit key data.

The state setting packet determines the direction of execution according to a preset state when the ARS server 321 is executed. The ARS server 321 remotely starts the ARS server 321 or performs a dial-up. This is a controllable packet. Details are as follows.

Dialing allow / block setting, phone number filtering setting, service termination setting, automatic standby function setting, key data transmission method setting.

<Dial-up allow packet>

When a dial-up permission packet is sent, it is determined whether the contents of the packet are correct. Subsequently, the ARS server 321 is set to a dial-up state so that the user can make a phone call. It waits for the next packet.

<Dial-up Blocking Packet>

When a dial-up blocking packet is sent, the contents of the packet are determined. Subsequently, the telephone connection is set to the blocked state so that the telephone connection cannot be made to the ARS server 321. If you try to dial in from the disconnected state, the call will be automatically disconnected after the announcement that you cannot connect. It waits for the next packet.

<Phone number filtering packet>

When a phone number filtering packet is sent, a list of phone numbers to be used for filtering is also sent. Subsequently, the transmitted telephone number list is registered in the filtering list, and then the connection can be accessed only when the telephone numbers are compared and in the list. If a user who is not in the list attempts to connect after registering filtering list, the call will be automatically disconnected after mentioning that the user is not a target. It waits for the next packet.

<End of service packet>

The service termination packet is transmitted when all services are terminated at the content service stage and the execution of the ARS server 321 is terminated. Subsequently, the telephone is disconnected by releasing all connections currently connected to the ARS server 321. Then, all resources and sockets required for the execution of the ARS server 321 are released, and the socket connection of the next content service step is waited.

<Auto Standby Function Settings>

The auto standby mode setting packet and on / off parameters are transmitted. The auto standby mode is then set according to the contents of the packet. If the connected user is dropped after the auto standby mode is turned on, the user may register as the next service waiter according to the user's selection. It waits for the next packet.

<Key data transmission method setting packet>

When the key data transmission method setting packet is transmitted, the ARS server 321 sets the key transmission method according to the contents of the packet, and when the accessor presses a key, the ARS server 321 transmits the key data transmission method to the content service stage according to the setting contents. It waits for the next packet.

<User Disconnection Packet>

When the user disconnects the call and the connection is released, the fact is notified through the switch 200, and the ARS server 321 is contacted. Then, retrieve the ID number of the disconnected accessor. The packet is generated and transmitted as a user disconnection packet.

2 is a flowchart illustrating an ARS control method using packet communication according to the present invention.

As shown in the figure, when the service is started in step S110, the content service initialization process is executed. Here, the content service initialization process signifies the start of a program, and the contents of which are initialized are transmitted to the ARS server 321 using packet communication. The contents of the packet communication in the initialization process consists of a socket connection with the ARS server 321, the ARS server 321 initialization, and the ARS server 321 state setting.

Therefore, the ARS server 321 can be automatically started through packet communication, and users can connect through the telephone.

In step S120, the content service process is performed with the connected users. In the service execution process, various content services are available, and remote control of accessors is possible through packet communication during each service execution. The control content of the accessors is whether or not the passage is lost, and the key input data analysis guide comment of the accessors. Here, the key input contents and service contents of the visitor are displayed on the screen.

Next, in step S130, a process of terminating all services is performed.

In the service termination process, data of the last visitor may be organized and stored, and each visitor may be requested to enter a visitor's key such as a phone number or a prize selection number required for score guidance and a telephone interview.

In the above, the packet is roughly divided into a state setting packet and a visitor control packet. Table 1 below shows the types and functions of the state setting packets, and Table 2 shows the types and functions of the visitor control packets.

packet Transmission direction Parameter Explanation Allow dial-in Content-> ARS Server none Set it to the state that users can dial in to connect. Dial-up Block Content-> ARS Server none Block users from dialing in. The next time you try to dial in, the call will automatically boil along with the announcement. Phone number filtering setting Content-> ARS Server Phone number list Only connect the designated phone number End of service Content-> ARS Server none The content service is terminated and all callers are boiled. The resources of the ARS server are initialized and wait for the next service connection. Standby On / Off Setting Content-> ARS Server Status (on / off) In case of dropout, it can be switched to the standby state so that the next connection can be automatically prioritized for the convenience of the visitor. Set key data transmission method Content-> ARS Server Transmission method (transmission block, actual value, speed value) Set the data transmission method of the number key pressed by the accessor.Transmission method Transmit blocking: Do not transmit the key data of all the accessors.Real value: Transmit the value corresponding to each key number.Speed value: Press a specific key combination Send a call (e.g. quick press 1, 2, 3)

packet Transmission direction Parameter Explanation User access Content <-ARS Server ID number, phone number A packet is transmitted when a user makes a phone call and establishes a connection. Disconnect user Content <-ARS Server ID number This is the packet sent when the caller makes a call. Passer Pass / Dropout Content-> ARS Server ID number, comment number, pass / drop It is a packet used when it is necessary to pass or drop a specific visitor in the content service phase. Passengers stay connected with the comment, and the dropped visitor automatically disconnects the phone with the comment. Visitor data input Content-> ARS Server ID number, length of data to input, key used to finish input, waiting time It is required to input personal information such as telephone number and selection number of specific visitor by using telephone key. Visitor Data Transfer Content <-ARS Server ID number, input data Transfers the data entered by the visitor in the visitor data input request. Score Guide Content-> ARS Server ID number, score data The score for each visitor is informed through the announcement. Key data (actual value) Content <-ARS Server ID number, key value The packet is transmitted when the key data transmission method setting is set to the actual value. When the user presses the number key on the telephone, the number is transmitted as it is. Key data (velocity value) Content <-ARS Server ID number This packet is transmitted when the key data transmission method setting is set to the speed value. It is transmitted whenever the user succeeds in combining a specific number on the telephone.

3 is a flowchart illustrating an embodiment of a content service initialization process of FIG. 2.

As shown therein, the system is initialized in step S201 to prepare for service start, in step S202, the memory required for the service is allocated, and resources (resources) such as necessary images and sounds are loaded into the memory.

In step S203, a TCP / IP socket connection is attempted with the ARS server 321. In step S204, it is determined whether the socket connection is successful.

If the socket connection fails as a result of the determination, the flow advances to step S205 to output an error and terminate the service.

On the contrary, if the socket connection is successful, the process moves to step S206, where the ARS server 321 is automatically started and ready to perform a service. The game server 500 sets initial values of the ARS server 321 through packets.

Here, the contents of the initial values of the ARS server 321 are as follows.

Phone number filtering: Send a list of phone numbers so that only the phone numbers in this list are accessible. This is used when you want to be able to access only the users who have entered the final in the service or specific users.

4 is a flowchart illustrating an embodiment of the phone number filtering process.

As shown in the figure, when the user attempts to connect using the telephone in step S301, it is determined whether the dial-up permission is set in step S302.

As a result of the determination, if the dial-up block is set, go to step S308 after the appropriate announcement and block the access. Otherwise, if the dial-up permit is set, go to step S303 to extract the telephone number of the connected telephone and then provide the contents service. In this step, the visitor can check his connection status and progress.

In this case, the phone number is disclosed in the content service stage. If you show all the numbers, there is a risk of leaking personal information.

Next, in step S304, the extracted phone number is analyzed to determine whether there is an error in the phone number due to a problem on the exchange 200.

If an error occurs in the phone number as a result of the determination, after appropriate guidance, the process goes to step S308 to block access. Otherwise, if there is no error on the phone number, the process goes to step S305 to perform phone number filtering. Here, phone number filtering is a process of blocking access by filtering phone numbers that do not correspond to a preset phone number. That is, in the case of the phone number filtered in the phone number filtering process, the phone access is blocked by moving to step S308 with an appropriate announcement.

On the other hand, in the case of the phone number passed after performing the filtering process, an ID number which is a serial number is assigned in step S306.

The ID number is a unique number that is not duplicated between accessors connected to the ARS server 321 and is used instead of a phone number when referring to a specific accessor between the ARS server 321 and the game server 500.

Next, in step S307, a packet is generated and transmitted to the ARS server 321 as a user access packet to allow access of the corresponding user.

Automatic Standby function setting: It is used when you want to keep the standby status automatically to give priority to the next service if it is dropped for your convenience.

Key data transmission method setting: When the accessor presses the number key of the telephone set the method to use when the ARS server 321 transmits the key content to the game server 500. At this point, it is set to block transmission so that key data is blocked before the service execution phase.

Next, in step S207, the ARS server 321 transmits a dial-up permission packet.

Sending a dial-up allowance packet allows users to access the ARS over the telephone from this point on. Then, in step S208, it is checked whether there is a user's connection. If the user's telephone connection is established as a result of the check, and the user connection packet is transmitted, the user adds to the accessor list in step S209.

In step S210, the connection status is output to the screen so that the accessor can check his connection on the screen.

After that, in step S211, the accessor is notified that the connection is made through the announcement packet. The announcement can be played at any time to a specific user of the service through the announcement packet, where the content of the announcement is transmitted in the form of an index through the comment number.

Next, in step S212, it is checked whether the user connection waiting time has ended, and if it is not the connection end time as a result of this checking, the process moves to step S207 and waits for connection of another user.

On the other hand, when the connection termination time is reached, the flow advances to step S213 to transmit a dial-up blocking packet to block further connection.

Here, the dial-up blocking packet notifies the user who attempts to dial-up after this time and informs that the ARS server 321 cannot connect with the announcement and blocks the access.

5 is a flowchart illustrating an embodiment of a process of performing a content service of FIG. 2.

As shown, when the service is started in step S401, the content is output on the screen. At this time, the screen output according to the content service may be broadcasted to the TV of the accessor and the viewer through the broadcasting station.

Next, in step S402, the key data transmission method is set to an actual value or a speed value through a packet so that accessors can adjust or select according to the service contents.

The key data transmission scheme is set as shown in FIG. 6.

As shown here, as in step S501 and step S502, it is determined whether a visitor inputs key data using a telephone button. If there is no input of key data, the process moves to step S501 to wait for key input. do.

On the other hand, if there is a key input, go to step S503 to check whether the setting contents of the key data transmission method is an actual value, and if so, generate a packet from the actual values (ID number and key data) as key data in step S504. To transmit.

On the contrary, if the setting contents of the key data transmission method are not actual values, go to step S505 to check whether the key data transmission method is set to the speed value, and as a result, the key data transmission method is set to the speed value. In step S506, a packet is generated as key data with the speed value (ID number) and transmitted.

Next, in step S403, after the key data transmission method packet is sent, when the accessor presses the number key of the telephone, the key data is received in the set manner, and the accessors are notified of the start of the input through the announcement message or the screen output. .

In addition, in step S404, it is checked whether a key input packet of the accessor is transmitted. If the key input of the accessor is transmitted as a result of the check, the process proceeds to step S405 and processes according to input such as adding scores or checking quiz correct answers for each visitor. Do In operation S406, the processing result according to the key input is output to the screen so that the accessors obtain feedback.

On the other hand, as a result of confirming whether the key input packet is transmitted or not, the key input packet is not transmitted, or after performing step S406, the process moves to step S407 to check whether the key input time of the accessors has ended.

After checking whether the key input time has ended, if the input time is not finished, go to step S404; otherwise, if the input time ends, go to step S408 and set the ARS key data transmission method to block transmission. Block accessors from sending keystrokes.

In step S409, the visitor is informed that the input time has ended through the announcement packet or the screen output.

Thereafter, in step S410, the result is determined according to the criteria set in the service using the key data input by the accessors, and in step S411, passers / droppers are selected and transmitted according to the criteria of the service.

7 is a flowchart illustrating a process of selecting and guiding the passers and droppers.

As shown in this, in step S601, whether or not the passers-by is passed is transmitted to the ARS server 321 through the packet (game server-> ARS server).

The ARS server 321 searches for the ID number passed to the parameter of the packet in step S602 to determine whether the accessor having the actual ID number is currently connected, and if the ID number search fails, ignores this packet and waits for the next packet. Otherwise, if the user corresponding to the ID number is connected and the user is connected to the ID number, the process moves to step S603 to play the comment corresponding to the comment number passed to the packet parameter.

Next, in step S604 and step S605, the data passed through the packet parameter is searched for whether to pass / drop, and if the result of the search passes, the connection is maintained and the next packet is waited, otherwise, the flow goes to step S606. Search the standby on / off setting.

In step S607, it is checked whether the waiting state of the search result is off. If the waiting state is off, the process moves to step S608 to disconnect the accessor, and goes to step S612 to wait for the next packet.

On the other hand, if the wait state is not off as a result of the check in step S607, it moves to step S609 and checks whether the wait state is on. If the wait state is on, the process moves to step S610 to connect the next waiter. After registering in the list, the process moves to step S611 to wait for the next packet while maintaining the connection so that the next service can be preferentially connected.

8 is a flowchart illustrating a process of terminating a content service of FIG. 2.

As shown in the figure, the rank is determined based on the score calculated for each visitor in step S701, and the final passers among the accessors are selected. In step S702, the result is output to the screen so that the visitor can check his score and whether or not the final pass is made. In addition, in step S703, the final pass screen is displayed on the screen, and at the same time, the score guide packet for each accessor is transmitted, so that the accessor's own score can be checked in the ARS.

In step S704, a request is made to input personal information of the final passers through the packet. Here, personal information is the final passers must enter by pressing the number keys on the phone, such as the phone number or prize selection number required for the telephone interview, the length of the number to enter, the key when you want to end the input, the input waiting time parameters Pass it to.

Next, when personal information is transmitted in step S705, the personal information is added to the personal information list, and in step S706, it is checked whether personal information of all final passers is input.

If all of the information of the final passers is completed, the process moves to step S708. Otherwise, if the input of the final passers has not been completed, the process moves to step S707 to determine whether the service input time has ended.

If the input time is not finished, go to step S705 and wait for the input of the final passers again. Otherwise, if the input time is finished, go to step S708 to file the phone numbers of the final passers and the entered personal information list. Save it as a reference so that the content service operator can refer to it.

In addition, in step S709, the ARS server 321 is notified through the packet that the content service has ended, and the ARS server 321 that has received this service terminates all services and initializes the memory to return to the standby state.

Next, in step S710, the socket connection with the ARS server 321 is released so that the ARS server 321 can wait for the socket connection of the next service, and in step S711, all resources (resources) required for executing the content service are released and memory is released. Initialize the service to terminate.

According to the present invention described above, the broadcast station has the advantage of enabling the implementation of an interactive (interactive) broadcast so that the user can directly access to the content being broadcast, and also know exactly the time the user participated By doing so, there is an advantage of enabling charging as much as possible.

In addition, the content provider can control the ARS system smoothly under the control of the content regardless of the number of users connected to the content provider, and can easily serve various contents only by modifying the content without changing the ARS system. There is an advantage.

Claims (8)

In the method of controlling the ARS service using a PSTN network in a state in which the ARS server and the game server are separated, The game server, A first step of performing a content service initialization process for controlling a socket connection with the ARS server, ARS server initialization, and ARS server state setting when the service is started; A second step of performing a content service process with accessors who are connected when the initialization process is completed, and remotely controlling the accessors through packet communication while performing the service; And terminating and storing the data of the last accessors when the content service is terminated, and terminating the service. The method of claim 1, wherein the initializing of the content service of the first step comprises: Initializing the system to prepare for starting the service, allocating memory for the service, and loading resources (resource) such as images and sounds required into the memory; Attempting to establish a TCP / IP socket connection with the ARS server, and determining whether the socket connection is successful; Outputting an error and terminating the service if the socket connection fails, and setting initial values of the ARS server through the packet if the socket connection is successful; Transmitting a dial-up permission packet to the ARS server after setting the initial value; Checking whether there is a user's connection after the step, and if the user's telephone connection is established and the user's access packet is transmitted, adding the accessor to the accessor list; Outputting a connection status on a screen so that the accessor can check his / her own connection on the screen; Transmitting a announcement packet to the accessor who has made the connection and notifying that the access is made; If the access wait time of the accessor has ended, and if the result of the check is not the connection end time, wait for the connection of another user. ALS control method using a packet communication, characterized in that the step consisting of terminating. The method of claim 2, wherein the initial values of the ARS server, The phone number filtering function to send the phone number list so that only the phone numbers in this list can be accessed, and when the user wants to maintain the standby status automatically to give priority to the next service when it is dropped for the user's convenience. The automatic standby function setting and the key data transmission method setting function which sets the method for the ARS server to use when the accessor presses the number key of the phone to the game server. ARS control method. The method of claim 3, wherein the phone number filtering function, Determining whether dial-up permission is set when the user attempts to connect by using a telephone, If the dial-up block is set as a result of the determination, blocking the access after the appropriate announcement step; Extracting a telephone number of a connected telephone, if the dial-up permission is set; Analyzing the extracted phone number to determine whether there is an error in the phone number due to a problem in the exchange; Blocking access after a suitable announcement when an error occurs in the phone number as a result of the determination; If there is no error in the telephone number, filtering and blocking access to a telephone number that does not correspond to the preset telephone number, and passing the telephone number to the next step only when the preset telephone number is met; In the case of the passed phone number, giving an ID number which is a serial number; And generating a user access packet and transmitting the generated user access packet to the ARS server to allow access of the corresponding user. The method of claim 1, wherein the performing of the content service in the second step comprises: When the service is started, the step of outputting the content to the screen, Setting a key data transmission method to a real value or a speed value through a packet so that accessor can adjust or select according to the service contents; Checking whether the key input packet of the accessor is transmitted, and if the key input of the accessor is transmitted as a result of the checking, performing a process according to an input such as adding a score or checking a quiz correct answer for each accessor; Outputting a processing result according to the key input on a screen; Checking whether the key input packet has not been transmitted as a result of confirming whether the key input packet has been transmitted or if the key input time of the accessors has ended after outputting the processing result to the screen; If it is determined that the key input time has ended, and if the input time is not finished, move to the ARS access allowance step; if the input time is over, set the ARS key data transmission method to block transmission to transmit key inputs of the accessors. Blocking the Informing the accessors that the input time has ended through the announcement packet or a screen output; A1 using packet communication, characterized in that it comprises the step of determining the result according to the criteria set in the service using the key data input by the accessor, and selects passers and droppers according to the criteria of the service to guide the pass / drop. ARS control method. The method of claim 5, wherein the key data transmission method is set. Determining whether a visitor inputs key data using a telephone button; If there is no input of the key data, waiting for a key input; Determining whether the content of the key data transmission method is an actual value or a speed value when the key data is input; Generating and transmitting a packet as key data from the actual value (ID number and key data) when the determination result is an actual value; And if the determination result is a speed value, generating and transmitting a packet with key data as a speed value (ID number). The method of claim 5, wherein the selecting and guiding the passer-by and the dropper are performed. Searching for the ID number passed through the parameter of the packet to determine whether an accessor with the actual ID number is currently connected, and if the ID number search fails, ignoring this packet and waiting for the next packet; Searching for the ID number and playing a comment corresponding to the comment number passed to the packet parameter when a user corresponding to the ID number is connected; Retrieving whether the data has passed through the packet parameter to determine whether it passes / dropped, and if so, maintains the connection and waits for the next packet, and if dropped, retrieves the standby state on / off setting; Checking whether the waiting state of the search result is off; if the waiting state is off, disconnecting the accessor and waiting for the next packet; When the standby state is on (on), the step of registering the accessor to the next waiting list, the next service in the state of maintaining the connection so that the first service can be accessed first packet communication, characterized in that consisting of ALS control method using. The process of claim 1, wherein the terminating of the content service in the third step comprises: Determining the rank based on the score calculated for each visitor, and selecting final passers among the visitor; Outputting the screening result on a screen to control accessors to check their scores and whether they pass the final pass; Transmitting a score guide packet for each accessor while outputting a final pass screen to the screen; Requesting to enter personal information of the final passers through the packet; Adding the personal information to the personal information list when the personal information is transmitted, and checking whether personal information of all the final passers is input; Determining whether an input time on a service is terminated when all the information of the final passers is not input; Waiting for input of the final passers again if the input time has not expired; When the input time is over, storing the telephone numbers of the final passers and a list of input personal information in a file; Notifying the ARS server through the packet that the content service has ended; Release the socket connection with the ARS server, release all resources (resource) necessary for executing the content service, initializes the memory and terminates the service, characterized in that the packet communication using the ARS (ARS) Control method.