公开(公告)号：KR1020040057033A

公开(公告)日：2004-07-01

申请号：KR1020030011630

申请日：2003-02-25

Applicant: 한국전자통신연구원

Inventor： 김은주 ,  이병선 ,  김대웅

IPC: H04L12/66

Abstract: PURPOSE: A call processing apparatus capable of multi-service processing in an advanced communication network and a method therefor are provided to achieve number translation and routing for various call types dependent on network types in call processing between soft switches. CONSTITUTION: An Internet-based integrated network comprises soft switches(110,140), local exchangers(120,150), and media gateways(130,160). The soft switches(110,140) provide a call control function, such as call connection and control, number translation, routing, etc., and a media gateway control/management function. The local exchangers(120,150) provide a function to transfer messages to the subscribers connected to a PSTN. The media gateways(130,160) cover switching and transmission under the control of the soft switches(110,140).

Abstract translation: 目的：提供一种能够在高级通信网络中进行多业务处理的呼叫处理装置及其方法，用于根据软交换机之间的呼叫处理中的网络类型实现用于各种呼叫类型的数字转换和路由。 规定：基于互联网的综合网络包括软交换机（110,140），本地交换机（120,150）和媒体网关（130,160）。 软交换机（110,140）提供呼叫控制功能，例如呼叫连接和控制，号码转换，路由等，以及媒体网关控制/管理功能。 本地交换机（120,150）提供向连接到PSTN的用户传送消息的功能。 媒体网关（130,160）在软开关（110,140）的控制下覆盖开关和传输。

公开(公告)号：KR1020040057026A

公开(公告)日：2004-07-01

申请号：KR1020030008804

申请日：2003-02-12

Applicant: 한국전자통신연구원

Inventor： 이현정 ,  이병선 ,  김대웅

IPC: H04L12/66

Abstract: PURPOSE: A SIGTRAN(Signaling Transport) and a method for distributing application server traffics in the same are provided to select a relevant active ASP(Application Server Protocol) for traffic distribution among a plurality of active ASPs that serving an AS(Application Server). CONSTITUTION: A SIGTRAN protocol handling process checks a received signal(S300) and judges whether the received signal is a control signal or a data signal from a NIF(Nodal Interworking Function)(S310). If the received signal is a control signal, the SIGTRAN protocol handling process confirms whether the control signal is an SIGTRAN initialization message(S311). If the control signal is an SIGTRAN initialization message, the SIGTRAN protocol handling process executes SIGTRAN initialization processing(S312). In case that the received control signal is not the SIGTRAN initialization message, the SIGTRAN protocol handling process confirms whether it is an ASP-associated message or a heartbeat message(S313). In case that the control signal is an ASP-associated message, the SIGTRAN protocol handling process judges the type of the message(S314). If the ASP-associated message is an ASP up/down message or an ASP activation/inactivation message, the SIGTRAN protocol handling process registers this information in an AS information storage space and an ASP information storage space respectively(S315). If the ASP message type is a routing key, the SIGTRAN protocol handling process registers this information in the AS information storage space(S316).

Abstract translation: 目的：提供SIGTRAN（信令传输）和分发应用服务器流量的方法，以便在服务于AS（应用服务器）的多个活动ASP之间选择用于流量分发的相关活动ASP（应用服务器协议）。 构成：SIGTRAN协议处理过程检查接收到的信号（S300），并判断接收到的信号是来自NIF（节点互通功能）的控制信号还是数据信号（S310）。 如果接收到的信号是控制信号，则SIGTRAN协议处理过程确认控制信号是否是SIGTRAN初始化消息（S311）。 如果控制信号是SIGTRAN初始化消息，则SIGTRAN协议处理过程执行SIGTRAN初始化处理（S312）。 在接收到的控制信号不是SIGTRAN初始化消息的情况下，SIGTRAN协议处理过程确认它是否是ASP相关消息或心跳消息（S313）。 在控制信号是ASP相关消息的情况下，SIGTRAN协议处理过程判断消息的类型（S314）。 如果ASP相关消息是ASP上/下消息或ASP激活/灭活消息，则SIGTRAN协议处理过程分别在AS信息存储空间和ASP信息存储空间中注册该信息（S315）。 如果ASP消息类型是路由密钥，则SIGTRAN协议处理过程将该信息注册到AS信息存储空间中（S316）。

公开(公告)号：KR1020040050947A

公开(公告)日：2004-06-18

申请号：KR1020020078746

申请日：2002-12-11

Applicant: 한국전자통신연구원

Inventor： 임종철 ,  이병선 ,  김대웅

IPC: H04L12/28

CPC classification number: H04L65/1043 ,  H04L12/66

Abstract: PURPOSE: An ALF(Application Level Framing) device of an Megaco(Media Gateway Control Protocol) is provided to combine an efficient ALF method with quick performance of a UDP(User Datagram Protocol), and to exchange an Megaco message between an MGC(Media Gateway Controller) and an MG(Media Gateway), thereby supplying a quick end-to-end VoIP service. CONSTITUTION: A transaction request processor(301) requests other station to perform an optional command. A transaction performance processor(302) performs the command, and informs the other station of performed results. An Megaco processing processor(303) encodes a transaction message into an Megaco message to transmit the Megaco message to the other station, and decodes an Megaco message received from the other station. A transaction management table(305) stores/manages message information transceived between the Megaco processing processor(303) and the other station. An outer signal transmission processor(304) transmits the Megaco message of the Megaco processing processor(303) to the other station, and transmits the Megaco message of the other station to the Megaco processing processor(303).

Abstract translation: 目的：提供Megaco（媒体网关控制协议）的ALF（应用级别成帧）设备，以将有效的ALF方法与UDP（用户数据报协议）的快速性能相结合，并在MGC（媒体）之间交换Megaco消息 网关控制器）和MG（媒体网关），从而提供快速的端到端VoIP服务。 构成：交易请求处理器（301）请求其他站执行可选命令。 交易执行处理器（302）执行命令，并且通知其他站执行的结果。 Megaco处理器（303）将交易消息编码到Megaco消息中以将Megaco消息发送到另一个站，并解码从另一个站接收的Megaco消息。 交易管理表（305）存储/管理在Megaco处理器（303）和另一个站之间收发的消息信息。 外部信号传输处理器（304）将Megaco处理器（303）的Megaco消息传送到另一个站，并将另一站的Megaco消息传送到Megaco处理处理器（303）。

公开(公告)号：KR1020040046465A

公开(公告)日：2004-06-05

申请号：KR1020020074398

申请日：2002-11-27

Applicant: 한국전자통신연구원

Inventor： 이연규 ,  이병선 ,  김대웅

IPC: G06F17/30

Abstract: PURPOSE: A system and a method for processing the data of a separated chaining structure guaranteeing a limit of a search time by using a multilevel Hash function are provided to shorten the data search time and enhance process reliability by removing a delay due to the data search time when a real-time application program is executed. CONSTITUTION: The data and a key value are inputted from the application program(201). The first arrangement is found out by calculating the inputted key value with the use of the first Hash function(202). A list fixed as the second arrangement from the first arrangement is found out by calculating the inputted key value with the use of the second Hash function(203). The data is processed by the fixed list(204).

Abstract translation: 目的：提供一种用于处理分离链接结构的数据的系统和方法，通过使用多级哈希函数来保证搜索时间的限制，以缩短数据搜索时间，并通过消除数据搜索引起的延迟来提高处理可靠性 执行实时应用程序的时间。 构成：从应用程序（201）输入数据和键值。 通过使用第一哈希函数（202）计算输入的键值，找出第一布置。 通过使用第二哈希函数（203）计算输入的键值，找出从第一布置被固定为第二布置的列表。 数据由固定列表（204）处理。

公开(公告)号：KR1020030088635A

公开(公告)日：2003-11-20

申请号：KR1020020026454

申请日：2002-05-14

Applicant: 한국전자통신연구원

Inventor： 김기재 ,  장동만 ,  김대웅

IPC: H04L12/26

CPC classification number: H04L43/50 ,  H04L41/024 ,  H04L41/0253 ,  H04L43/0817

Abstract: PURPOSE: A test method of an HSR(High Speed Router) using a web-based operation system is provided to access the HSR through a network in a web-based operation terminal, and to selectively test many functions of the HSR, thereby confirming tested results. CONSTITUTION: An operation terminal accesses a web server built in a routing processor, and selects a function of an HSR system(S41). The operation terminal reads necessary system configuration management information from a shape DB(S42). The operation terminal loads the read information into a test module, and tests the selected function(S43-S46). The operation terminal classifies obtained data, and stores the classified data in a test result DB(S47). The operation terminal compares the tested data with reference data to decide normality, and stores the decided information in the test result DB. The operation terminal confirms a test program completion, and completes the test.

Abstract translation: 目的：提供使用基于Web的操作系统的HSR（高速路由器）的测试方法，通过网络操作终端中的网络访问HSR，并选择性测试HSR的许多功能，从而确认测试 结果。 构成：操作终端访问内置路由处理器的Web服务器，并选择HSR系统的功能（S41）。 操作终端从形状DB读取必要的系统配置管理信息（S42）。 操作终端将读取的信息加载到测试模块中，并测试所选功能（S43-S46）。 操作终端将获得的数据进行分类，并将分类数据存储在测试结果DB中（S47）。 操作终端将测试数据与参考数据进行比较以确定正常，并将确定的信息存储在测试结果DB中。 操作终端确认测试程序完成，并完成测试。

公开(公告)号：KR1020030055761A

公开(公告)日：2003-07-04

申请号：KR1020010085839

申请日：2001-12-27

Applicant: 한국전자통신연구원 ,  주식회사 케이티

Inventor： 류재홍 ,  이은준 ,  김대웅 ,  류원

IPC: H04M3/02

Abstract: PURPOSE: A method and a device for displaying a voice call signal during data communication of a user terminal in a telephone network are provided to display the voice call of another user on the terminal of the wired and wireless telephone network subscriber, even while the user terminal performs data communication through an Internet connection device. CONSTITUTION: A subscriber-B terminal requests a call for data communication to an exchange(301). The exchange transmits an originating number of the subscriber-B terminal and call request information to an Internet connection device(302). The Internet connection device stores the originating number of the subscriber-B(303), and permits an Internet connection of the subscriber-B terminal to provide a data communication service(304). If a subscriber-A terminal requests a call for voice communication with the subscriber-B to the exchange(305), the exchange checks whether the subscriber-B terminal is in a busy state(306), if so, to transmit a call request for voice communication of the subscriber-A terminal to the Internet connection device(307). The Internet connection device searches an originating number of the subscriber-B terminal(308) to check whether the subscriber-B terminal is performing data communication(309). If so, the Internet connection device transmits a request to display voice call information from the subscriber-A terminal to the subscriber-B terminal through the exchange(310). If the subscriber-B terminal is not performing data communication, the Internet connection device decides that the subscriber-B terminal is performing voice communication and transmits busy state information of the subscriber-B terminal and a disconnection message to the subscriber-A terminal through the exchange(311,312). If the subscriber-B terminal is not in a busy state in the step 306, the exchange transmits a voice call to the subscriber-B terminal(313).

Abstract translation: 目的：提供一种用于在电话网络中的用户终端的数据通信期间显示语音呼叫信号的方法和设备，用于在有线和无线电话网络用户的终端上显示另一用户的语音呼叫，即使在用户 终端通过互联网连接设备执行数据通信。 构成：用户B终端请求与交换机进行数据通信的呼叫（301）。 交换机向因特网连接装置（302）发送用户B终端的起始号码和呼叫请求信息。 互联网连接装置存储订户-B的起始号码（303），并允许用户B终端的因特网连接提供数据通信服务（304）。 如果订户A终端请求与用户B进行语音通信的呼叫到交换机（305），则交换机检查用户B终端是否处于忙状态（306），如果是，则发送呼叫请求 用于用户-A终端到因特网连接装置（307）的语音通信。 互联网连接装置搜索用户B终端（308）的始发号码，以检查用户B终端是否正在执行数据通信（309）。 如果是这样，则因特网连接装置通过交换机（310）发送从用户A终端向用户B终端显示语音呼叫信息的请求。 如果用户B终端不执行数据通信，则因特网连接装置判定用户B终端正在进行语音通信，并通过该用户B终端向用户A终端发送用户B终端的忙状态信息和断开消息 交换（311,312）。 如果在步骤306中用户B终端不处于忙状态，则交换机向用户B终端发送语音呼叫（313）。

公开(公告)号：KR1020020058634A

公开(公告)日：2002-07-12

申请号：KR1020000086748

申请日：2000-12-30

Applicant: 한국전자통신연구원 ,  주식회사 케이티

Inventor： 이일우 ,  장동만 ,  김대웅

IPC: G06Q20/16 ,  G06Q30/06

Abstract: PURPOSE: A server device for paying for telephone charge and a method for a payment approval/purchase cancel using the same are provided to perform a payment to a subscriber who wishes for a small purchase using a technique without an additional protocol and pay a commodity price in a payment of a telephone charge by charging to a general telephone. CONSTITUTION: In a telephone charge payment server device for an electronic commerce service, a common gateway interfacing unit(203) transmits user information and purchase commodity information to a telephone charge payment server demon unit(204) and transmits a result of a payment approval or a purchase cancel to the user. The telephone charge payment server demon unit(204) creates a telephone charge payment server children process(205) for receiving payment approval or purchase cancel information from the common gateway interfacing unit(203) and supplying a payment approval or purchase cancel function. The telephone charge payment server children process(205) is created by the telephone charge payment server demon unit(204) and performs a certification procedure directly using the user information. A user and commodity information storing unit(208) stores user and commodity information. A transaction identifier storing unit(207) is provided for managing a transaction.

Abstract translation: 目的：提供用于支付电话费用的服务器设备和使用该服务器的支付批准/购买取消方法，以使用没有附加协议的技术来支付希望购买小型用户的用户并支付商品价格 通过向通用电话收费来支付电话费。 构成：在电子商务服务的电话费支付服务器装置中，通用网关对接单元（203）向电话费支付服务器恶魔单元（204）发送用户信息和购买商品信息，并发送支付许可的结果 购买取消给用户。 电话费用支付服务器恶意单元（204）创建用于从公共网关接口单元（203）接收支付许可或购买取消信息并提供支付批准或购买取消功能的电话费用支付服务器子进程（205）。 由电话费支付服务器恶魔单元（204）创建电话费支付服务器子进程（205），并直接使用用户信息执行认证程序。 用户和商品信息存储单元（208）存储用户和商品信息。 交易标识符存储单元（207）被提供用于管理交易。

公开(公告)号：KR1020020052759A

公开(公告)日：2002-07-04

申请号：KR1020000082200

申请日：2000-12-26

Applicant: 한국전자통신연구원 ,  주식회사 케이티

Inventor： 김도영 ,  김대웅

IPC: G06F13/36

CPC classification number: G06F13/364

Abstract: PURPOSE: A bus arbiter providing multi-stage connection and method thereof are provided to apply the equal bus use rights to the large-capacity devices by offering the multi-stage connection function. CONSTITUTION: The multi-stage connection type cell bus adjusting system is for competitively transmitting the data including a destination address to a destination having many service objects connected to a common bus. The plural bus request signals are provided to the outside by using a logical unit, and simultaneously, an input signal for blocking up the input of the bus request signal is given by a request filter unit(100). A priority decoding unit(110) is for selecting a signal of the highest priority among the input signals. A latch unit(120) latches the signal of the priority decoding unit and keeps the signal. A service flag generating unit(130) divides the served state of a service object. If any other request signal does not exist, the service flag generating unit inactivates a mask signal. The request filter unit selectively inputs a bus request signal corresponding to the control information.

Abstract translation: 目的：提供一种提供多级连接的总线仲裁器及其方法，通过提供多级连接功能将等容量的总线使用权应用于大容量设备。 构成：多级连接型信元总线调整系统用于将包含目的地地址的数据竞争性发送到具有连接到公共总线的许多服务对象的目的地。 通过使用逻辑单元将多个总线请求信号提供给外部，并且同时，用于阻止总线请求信号的输入的输入信号由请求过滤器单元（100）给出。 优先级解码单元（110）用于选择输入信号中最高优先级的信号。 锁存单元（120）锁存优先解码单元的信号并保持该信号。 服务标志生成部（130）对服务对象的服务状态进行分割。 如果任何其他请求信号不存在，则服务标志生成单元禁用掩码信号。 请求过滤器单元选择性地输入与控制信息对应的总线请求信号。

公开(公告)号：KR1020020040287A

公开(公告)日：2002-05-30

申请号：KR1020000070299

申请日：2000-11-24

Applicant: 한국전자통신연구원 ,  주식회사 케이티

Inventor： 이일우 ,  장동만 ,  김대웅

IPC: H04M15/00

Abstract: PURPOSE: A payment gateway device for settling a telephone charge for an electronic commerce service and a payment method for settling the telephone charge using the same are provided to offer a post-payment settlement method for performing payment to the purchase of a shopping mall to a using telephone number. CONSTITUTION: A telephone charge settlement payment gateway daemon process(211) generates a telephone charge settlement payment gateway child process(212) and receives user information and purchasing goods information from a web/merchant/telephone charge settlement payment server child process(205). The telephone charge settlement payment gateway child process(212) receives a user authentication result from an interlocking system(220), transmits bad user information and a transaction generated in a telephone charge settlement payment gateway device(210) to a blacklist database(216) and a transaction database(217), and provides process result information to the web/merchant/telephone charge settlement payment server child process(205). A statistics block(213) generates day statistics and error statistics information and transmits generated day statistics and error statistics information to a day statistics database(218) and an error statistics database(219). A billing block(214) generates billing information on the basis of transaction information stored in the transaction database(217) and transmits generates billing information to a charge management system of the interlocking system(220). A maintenance block(215) receives transaction information stored in the transaction database(217), manages the state of the telephone charge settlement payment gateway device(210), a state with the interlocking system(220), and inquires information.

Abstract translation: 目的：提供一种用于结算电子商务服务的电话费用的支付网关设备和使用该电话费用的电话费用的支付方法，以提供用于对购物中心的购买进行支付的支付后结算方法 使用电话号码。 构成：电话费用结算支付网关守护程序（211）生成电话费用结算支付网关子进程（212），并从网络/商家/电话费用结算支付服务器子进程（205）接收用户信息和购买商品信息。 电话费用结算支付网关子进程（212）从联锁系统（220）接收用户认证结果，将不良用户信息和电话费用结算支付网关设备（210）中生成的交易发送到黑名单数据库（216） 和交易数据库（217），并且向网络/商家/电话费用结算支付服务器子进程（205）提供处理结果信息。 统计块（213）生成日统计量和错误统计信息，并将生成的日统计量和错误统计信息发送到日统计数据库（218）和错误统计数据库（219）。 计费块（214）基于存储在交易数据库（217）中的交易信息生成计费信息，并且向联锁系统（220）的计费管理系统发送计费信息。 维护块（215）接收存储在交易数据库（217）中的交易信息，管理电话费结算支付网关装置（210）的状态，联锁系统（220）的状态，并查询信息。

公开(公告)号：KR1020010038206A

公开(公告)日：2001-05-15

申请号：KR1019990046090

申请日：1999-10-22

Applicant: 한국전자통신연구원 ,  주식회사 케이티

Inventor： 성정식 ,  허재두 ,  김도영 ,  김대웅

IPC: H04L12/66

CPC classification number: H04L47/30 ,  H04L47/29

Abstract: PURPOSE: A method for controlling the flow of messages in the telephone network subsystem of a communication processing system is provided to increase data processing efficiency by channels using an LWM(Low Water Mark)/HWM(High Water Mark) method of a TDPB(Text Data Processing Board) and an RR(Receive Ready)/RNR(Receive Not Ready) method of a TSPB(Text data Service Processing Board) to control the flow of messages in executing uploading service and downloading service. CONSTITUTION: A TDPB(203) is composed of a main processor(210) and four sub processors(204-207). The main processor(210) transmits and receives data with the sub processors(204-207) and a TSPB(211) respectively at a speed of 2Mbps and 8Mbps in an HDLC(High level Data Link Control) serial communication method. As the sub processors(204-207) cover the modem pools of two TDLBs(Text Data Line Boards)(201,202), one TDPB(203) processes 32 subscriber channels, 8 subscriber channels per sub processor. As one sub processor covers 8 subscriber channels, each has 8 transmitting buffers(209) and receiving buffers(208). Using these buffers, message flow control can be achieved in the TDPB(203).

Abstract translation: 目的：提供一种用于控制通信处理系统的电话网络子系统中的消息流的方法，以通过使用TDPB（文本）的LWM（Low Water Mark）/ HWM（High Water Mark））的信道来提高数据处理效率 数据处理板）和TSPB（文本数据服务处理板）的RR（接收就绪）/ RNR（接收就绪）方法来控制上传服务和下载服务中的消息流。 构成：TDPB（203）由主处理器（210）和四个子处理器（204-207）组成。 主处理器（210）在HDLC（高级数据链路控制）串行通信方法中以2Mbps和8Mbps的速度分别与子处理器（204-207）和TSPB（211）发送和接收数据。 当子处理器（204-207）覆盖两个TDLB（文本数据线路板）（201,202）的调制解调器池时，一个TDPB（203）处理32个订户信道，每个子处理器8个订户信道。 由于一个子处理器覆盖8个用户信道，每个具有8个发送缓冲器（209）和接收缓冲器（208）。 使用这些缓冲区，可以在TDPB（203）中实现消息流控制。