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公开(公告)号：KR100447700B1
公开(公告)日：2004-09-08
申请号：KR1020010084452
申请日：2001-12-24
Applicant: 한국전자통신연구원
IPC: H04B7/155
Abstract: PURPOSE: A base station device of an advanced mobile communication system is provided to supply a multimedia service having high transmission speed from a low voice speed in the advanced mobile communication system, and to supply a global roaming service, thereby giving a multimedia communication service without restrictions. CONSTITUTION: An RFS(Radio Frequency Subsystem)(210) performs upward/downward converting functions of RF/IF signals of a base station device. A BBS(Base Band Subsystem)(220) performs a base band modulation/demodulation signal process for a signal transmitted from the RFS(210) and a signal transmitted from a BIS(Base station Interconnection Subsystem)(230). The BIS(230) interfaces with a call processing, operation and maintenance, and an RNC(300) of the base station device. The BIS(230) performs a receiving space diversity function having two independent paths, a transmission space diversity function having two independent paths, and a function of remotely controlling, reporting, and controlling with a port for monitoring an RF signal.
Abstract translation: 目的：提供一种高级移动通信系统的基站设备，用于在高级移动通信系统中从低语音速度提供具有高传输速度的多媒体服务，并提供全球漫游服务，由此提供无需多媒体通信服务 限制。 构成：RFS（射频子系统）（210）执行基站设备的RF / IF信号的上/下转换功能。 BBS（基带子系统）（220）对从RFS（210）发送的信号和从BIS（基站互连子系统）（230）发送的信号执行基带调制/解调信号处理。 BIS（230）与呼叫处理，操作和维护以及基站设备的RNC（300）接口连接。 BIS（230）执行具有两个独立路径的接收空间分集功能，具有两个独立路径的传输空间分集功能，以及利用用于监视RF信号的端口进行远程控制，报告和控制的功能。
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公开(公告)号：KR1020040056484A
公开(公告)日：2004-07-01
申请号：KR1020020082871
申请日：2002-12-23
Applicant: 한국전자통신연구원
IPC: H04L27/26
Abstract: PURPOSE: A sub-carrier allocation system for OFDM communication, an allocating method thereof, and a recording medium for storing an allocation program are provided to overcome a limit of an existing system by allocating a sub-carrier group of a terminal of an ascending order considering the sub-carrier group of the terminal of a descending order. CONSTITUTION: A base station(100) includes a transmitter, a receiver, an MCS(Modulation and Coding Scheme) collector, a priority allocator, and a sub-carrier allocator. The transmitter(150) and the receiver(110) are used for transmitting and receiving traffic and a control signal by using a terminal and a sub-carrier group. The MCS collector(120) is used for collecting MCS control signals. The priority allocator(130) is used for deciding the priority of a sub-carrier group by using MCS control data, and a sub-carrier allocator. The sub-carrier allocator(140) is used for allocating sub-carrier groups to each terminal. The terminal(200) includes a transmitter, a receiver, a channel state estimator, and an MCS selector. The transmitter(240) and the receiver(210) are used for transmitting and receiving MCS control data. The channel state estimator(220) is used for extracting the MCS control data of each sub-carrier group. The MCS selector(230) is used for selecting the sub-carrier group having the particular MCS.
Abstract translation: 目的：提供一种用于OFDM通信的子载波分配系统，其分配方法和用于存储分配程序的记录介质，以通过分配上行终端的子载波组来克服现有系统的限制 考虑终端子载波组的降序。 构成：基站（100）包括发射机，接收机，MCS（调制和编码方案）收集器，优先级分配器和子载波分配器。 发射机（150）和接收机（110）用于通过使用终端和子载波组来发送和接收业务和控制信号。 MCS收集器（120）用于收集MCS控制信号。 优先级分配器（130）用于通过使用MCS控制数据来确定子载波组的优先级，以及子载波分配器。 子载波分配器（140）用于向每个终端分配子载波组。 终端（200）包括发射机，接收机，信道状态估计器和MCS选择器。 发射机（240）和接收机（210）用于发送和接收MCS控制数据。 信道状态估计器（220）用于提取每个副载波组的MCS控制数据。 MCS选择器（230）用于选择具有特定MCS的子载波组。
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公开(公告)号：KR1020040043277A
公开(公告)日：2004-05-24
申请号：KR1020020071496
申请日：2002-11-18
Applicant: 한국전자통신연구원
IPC: H04B7/26
Abstract: PURPOSE: A method is provided to increase throughput of system traffic of down link in OFDMA(orthogonal frequency division multiple access)/FDD(frequency division duplex) communication system by transmitting MCS(modulation and coding scheme) related control data at a time. CONSTITUTION: A method comprises a first step of permitting a terminal to be allocated with the highest cluster group by a base station when a call is set between the terminal and a base station; a second step of permitting the terminal to check the position of the cluster having the best radio environment from among the lowest cluster group included in the cluster of the corresponding group; a third step of permitting the terminal to determine the cluster group level having a high similarity by judging the similarity of clusters of the lowest group with respect to the clusters of the group excluding the upper group including the cluster of the lowest group; a fourth step of permitting the terminal to compare radio environments of the clusters checked in the second step, and determine MCS level corresponding to the lowest radio environment; and a fifth step of permitting the terminal to transmit, to the base station, MCS related control data including the position of the cluster checked in the second step, cluster group level determined in the third step, and the MCS level determined in the fourth step.
Abstract translation: 目的：提供一种通过一次发送MCS（调制和编码方案）控制数据来增加OFDMA（正交频分多址）/ FDD（频分双工）通信系统中的下行链路的系统业务量的方法。 构成：一种方法，包括：当在终端和基站之间设置呼叫时，由基站允许终端分配最高簇组的第一步骤; 第二步骤，允许终端从对应组中的群集中包括的最低群组中检查具有最佳无线环境的群集的位置; 第三步骤，通过判断最低组的簇相对于除了包括最低组的簇的群组之外的组的群集的相似度，允许终端确定具有高相似性的群集组级别; 第四步，允许终端比较在第二步中检查的群集的无线电环境，并确定与最低无线电环境对应的MCS级别; 以及第五步骤，允许终端向基站发送包括在第二步骤中检查的群集的位置，在第三步骤中确定的群集组等级的MCS相关控制数据和在第四步骤中确定的MCS等级 。
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公开(公告)号：KR100430564B1
公开(公告)日：2004-05-12
申请号：KR1020010082921
申请日：2001-12-21
Applicant: 한국전자통신연구원
IPC: H04L12/56
Abstract: PURPOSE: A scheduling method for processing traffic of multi calls in a wireless communication base station channel card is provided to select one of 8 time segments, and to distribute load of traffic processing, then to efficiently treat traffic processing of the multi calls, thereby efficiently managing the traffic processing as satisfying a 3GPP standard. CONSTITUTION: A scheduling system checks whether an active call exists in an FP DL(Frame Protocol Down Link) database(501). If so, the system brings a frame offset, a chip offset, and a value of a TTI(Transmission Timing Interval) from the call(502). If the chip offset is bigger than one time segment(503), the system sets a frame position to '1'(504). If the chip offset is smaller than one time segment, the system sets the frame position to '0'(505). The system compares a value of a current CEP(Channel Element Processor) is the same as '0'(506). If so, the system decides whether another value is the same as a current time segment value(507). If so, the system processes traffic data with an exclusive channel of the call, and transmits the data to an MDSP(Modulation Digital Signal Processor)(508).
Abstract translation: 目的：提供一种用于处理无线通信基站信道卡中的多路呼叫的业务的调度方法，以选择8个时间段中的一个，并且分配业务处理的负载，从而有效地处理多个呼叫的业务处理，从而有效地处理 将业务处理管理为满足3GPP标准。 构成：调度系统检查在FP DL（帧协议下行链路）数据库中是否存在活动呼叫（501）。 如果是，则系统从呼叫（502）带来帧偏移，码片偏移和TTI（传输定时间隔）的值。 如果芯片偏移量大于一个时间段（503），则系统将帧位置设置为'1'（504）。 如果芯片偏移量小于一个时间段，则系统将帧位置设置为'0'（505）。 系统比较当前CEP（Channel Element Processor）的值与'0'（506）相同。 如果是，则系统判定另一个值是否与当前时间段值相同（507）。 如果是，则系统用呼叫的专用信道处理业务数据，并将数据发送到MDSP（调制数字信号处理器）（508）。
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公开(公告)号：KR100413223B1
公开(公告)日：2004-01-03
申请号：KR1020010085684
申请日：2001-12-27
Applicant: 한국전자통신연구원
IPC: H04B7/155
Abstract: PURPOSE: A system for processing and transmitting traffic in a base station and a method therefor are provided to receive and process received data frames by using a predetermined window, and to transmit the data frames to a mobile station, thereby preventing frame loss caused by receiving delay and improving service quality. CONSTITUTION: A traffic period confirmer(210) periodically confirms whether traffic frames received from a THM(Traffic Handling Module)(110) arrive according to a predetermined window. If the received traffic frames arrive faster than the predetermined window, a traffic storage(220) stores the traffic frames. A traffic processor and transmitter(230) processes the stored traffic frames according to a confirmed result, or processes the received traffic frames, transmits the frames to mobile stations(300-300n), and informs the THM(110) of information related to arrival time of the traffic frames.
Abstract translation: 目的：提供一种用于在基站中处理和发送业务的系统及其方法，用于通过使用预定窗口接收和处理接收到的数据帧，并将数据帧发送到移动台，从而防止由于接收 延迟和改善服务质量。 构成：业务时段确认器（210）根据预定的窗口周期性地确认从THM（业务处理模块）（110）接收到的业务帧是否到达。 如果接收的业务帧到达比预定窗口更快，则业务量存储器（220）存储业务帧。 业务处理器和发射机（230）根据确认的结果处理存储的业务帧，或者处理接收到的业务帧，将这些帧发送到移动台（300-300n），并通知THM（110）与到达 交通帧的时间。
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Patent Agency Ranking
公开(公告)号：KR1020030054311A
公开(公告)日：2003-07-02
申请号：KR1020010084452
申请日：2001-12-24
Applicant: 한국전자통신연구원
IPC: H04B7/155
CPC classification number: H04B7/155 , H04B7/0413 , H04L69/16
Abstract: PURPOSE: A base station device of an advanced mobile communication system is provided to supply a multimedia service having high transmission speed from a low voice speed in the advanced mobile communication system, and to supply a global roaming service, thereby giving a multimedia communication service without restrictions. CONSTITUTION: An RFS(Radio Frequency Subsystem)(210) performs upward/downward converting functions of RF/IF signals of a base station device. A BBS(Base Band Subsystem)(220) performs a base band modulation/demodulation signal process for a signal transmitted from the RFS(210) and a signal transmitted from a BIS(Base station Interconnection Subsystem)(230). The BIS(230) interfaces with a call processing, operation and maintenance, and an RNC(300) of the base station device. The BIS(230) performs a receiving space diversity function having two independent paths, a transmission space diversity function having two independent paths, and a function of remotely controlling, reporting, and controlling with a port for monitoring an RF signal.
Abstract translation: 目的：提供一种先进的移动通信系统的基站装置，用于在高级移动通信系统中从低语音速度提供具有高传输速度的多媒体业务，并提供全球漫游业务，从而提供无需通信的多媒体通信业务 限制。 构成：RFS（射频子系统）（210）执行基站装置的RF / IF信号的上下转换功能。 BBS（基带子系统）（220）对从RFS（210）发送的信号和从BIS（基站互连子系统）（230）发送的信号执行基带调制/解调信号处理。 BIS（230）与呼叫处理，操作和维护以及基站设备的RNC（300）相连接。 BIS（230）执行具有两个独立路径的接收空间分集功能，具有两个独立路径的传输空间分集功能，以及用于监控RF信号的端口进行远程控制，报告和控制的功能。
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公开(公告)号：KR1020030053133A
公开(公告)日：2003-06-28
申请号：KR1020010083173
申请日：2001-12-22
Applicant: 한국전자통신연구원
IPC: H04B7/26
CPC classification number: H04W56/003 , H04L47/50
Abstract: PURPOSE: A method for managing a buffer for transport channel synchronization in a wireless communication system is provided to effective manage data coming within a process-available time window while processing traffic data. CONSTITUTION: It is checked how many buffers are turned on(401). It is checked whether the number of buffers is greater than 0(402). If the number of buffers is greater than 0, it is checked whether one buffer data with a flag ON comes within a window time(403). If one buffer data has come within the window time, the data is transferred to an MDSP(Modulator Digital Signal Processor) and the flog of the corresponding buffer is turned off(404). If one buffer data has not come within the window time, it is checked whether it has come later than a predetermined window time(405). If one buffer data has come later than the predetermined window time, the data is discarded and a flag is turned off(406). If one buffer data has come ahead of the predetermined window time, the data is stored in a corresponding buffer and a flag is maintained in an ON state(407). It is checked whether a value obtained by reducing one buffer is greater than 0(408). It is checked whether there exist data(409). If there is data, it is checked whether the data has come within the pre-set window time(410). If the data has come within the window time, the data is transferred to the MDSP(411). If the data has not come within the window time, a TA(Timing Adjustment) message is transferred to a traffic processor(412). It is checked whether certain data comes later than the pre-set window time(413). If the data has come later than the pre-set window time, the data is discarded(414). If the data has come ahead of the window time, the data is stored in an empty buffer and a flag is maintained to be ON(415).
Abstract translation: 目的：提供一种用于在无线通信系统中管理用于传输信道同步的缓冲器的方法，以有效地管理在处理可用时间窗口内处理业务数据的数据。 构成：检查打开多少个缓冲区（401）。 检查缓冲区的数量是否大于0（402）。 如果缓冲区数大于0，则检查一个标志为ON的缓冲区数据是否在窗口时间内（403）。 如果一个缓冲区数据进入窗口时间内，则将数据传输到MDSP（调制器数字信号处理器），并关闭相应缓冲区的flog（404）。 如果一个缓冲器数据没有进入窗口时间内，则检查它是否晚于预定的窗口时间（405）。 如果一个缓冲器数据迟于预定窗口时间，则丢弃数据并关闭标志（406）。 如果一个缓冲器数据已经超过预定的窗口时间，则将数据存储在相应的缓冲器中，并将标志保持在ON状态（407）。 检查通过减少一个缓冲器获得的值是否大于0（408）。 检查是否存在数据（409）。 如果有数据，则检查数据是否已经进入预设的窗口时间（410）。 如果数据进入窗口时间内，则将数据传输到MDSP（411）。 如果数据没有进入窗口时间内，TA（定时调整）消息被传送到业务处理器（412）。 检查某些数据是否晚于预设窗口时间（413）。 如果数据已经晚于预设窗口时间，则丢弃数据（414）。 如果数据已经超出了窗口时间，则将数据存储在空的缓冲器中，并且将标志保持为ON（415）。
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公开(公告)号：KR101860779B1
公开(公告)日：2018-05-28
申请号：KR1020110116644
申请日：2011-11-09
Applicant: 한국전자통신연구원
Abstract: 본발명은무선메쉬시스템에서의메쉬노드동기화방법에관한것이다. 본발명의일 실시예에따르면무선메쉬시스템에서의메쉬노드동기화방법이제공된다. 상기메쉬노드동기화방법은자동이득제어부(Automatic Gain Controller)부가인접노드로부터수신한네트워크설정(Network Configuration, NCFG) 신호를물리계층(PHYsical Layer, PHY)으로전달하는단계, 상기물리계층이상기네트워크설정신호의프리앰블을이용하여시간또는주파수동기화를수행하고, 상기네트워크설정신호의슈퍼프레임의시작점의위치정보를 DSP(Digital Signal Processor)로전달하는단계, 및상기 DSP가상기위치정보를이용하여메쉬노드의클럭동기화를수행하는단계를포함한다. 따라서, 무선메쉬통신시스템(wireless mesh communication system)에서비주기적으로전송되는인접노드(neighbor node)의프리앰블(preamble) 및방송정보를복조할수 있다.
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