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    • 1. 发明授权
    • Dynamic shaping apparatus of traffic of ATM network
    • ATM网络流量动态整形设备
    • US5974033A
    • 1999-10-26
    • US815400
    • 1997-03-10
    • Satoshi KamiyaToru TakamichiTutomu Murase
    • Satoshi KamiyaToru TakamichiTutomu Murase
    • H04Q3/00H04L12/815H04L12/863H04Q11/04H04L12/24H04L12/56
    • H04Q11/0478H04L2012/5616H04L2012/5635H04L2012/5679H04L2012/568
    • The invention provides a dynamic traffic shaping apparatus which allows dynamic shaping processing wherein the shaping cell rate is varied dynamically in response to a rate variation of a terminal acquired from a network. The dynamic traffic shaping apparatus includes a rate information processing section for predicting a sending rate of a transmission terminal in response to rate control information detected from a cell directed from a reception terminal side toward a transmission terminal side and successively storing the sending rate in an updating manner as sending rate information of an arrival cell for each virtual path and each virtual channel. The cell stored in a cell buffer for temporarily storing an arrival cell arriving from the transmission terminal side for each virtual path and each virtual channel is read out at an interval based on the sending rate information stored in the rate information processing section corresponding to the virtual path and the virtual channel and is sent out to the reception terminal side by a read control section.
    • 本发明提供了一种动态流量整形装置,其允许动态整形处理,其中整形信元速率响应于从网络获得的终端的速率变化而动态变化。 动态流量整形装置包括速率信息处理部分,用于响应从从接收终端侧朝向发送终端侧检测到的小区的速率控制信息来预测发送终端的发送速率,并且将发送速率连续地存储在更新 作为每个虚拟路径和每个虚拟通道的到达单元的发送速率信息。 存储在单元缓冲器中的用于每个虚拟路径和每个虚拟通道临时存储从传输终端侧到达的到达单元的单元基于存储在与虚拟的对应的速率信息处理部分中的发送速率信息以一定间隔被读出 路径和虚拟信道,并通过读取控制部分发送到接收终端侧。
    • 2. 发明授权
    • Cell rate supervising system terminating congestion feedback loop
    • 信元速率监控系统终止拥塞反馈回路
    • US5940368A
    • 1999-08-17
    • US813429
    • 1997-03-10
    • Toru TakamichiSatoshi KamiyaTutomu Murase
    • Toru TakamichiSatoshi KamiyaTutomu Murase
    • H04Q3/00H04L12/801H04L12/813H04L12/911H04Q11/04H04J3/22
    • H04L12/5602H04L49/3081H04Q11/0478H04L2012/5635H04L2012/5636
    • In a cell rate supervising system for supervising a rate of cells flowing in a certain direction, a binary mode congestion feedback loop terminating unit terminates a first congestion feedback loop on a downstream side of that direction. The first congestion feedback loop receives a first congestion management cell from the downstream side and turns it in a binary mode to the downstream side. Also, an explicit rate (ER) mode congestion feedback loop terminating unit is provided on an upstream side of the binary mode congestion feedback loop terminating unit, and terminates a second congestion loop on an upstream side of the direction. The second congestion feedback loop receives a second congestion management cell from the upstream side and turns it in an ER mode to the upstream side. Further, a dynamic generic cell rate algorithm unit is provided on an upstream side of the ER mode congestion feedback loop terminating unit, and monitors the rate of cells in accordance with the second congestion management cell.
    • 在用于监视沿一定方向流动的小区速率的小区速率监控系统中,二进制模式拥塞反馈回路终端单元在该方向的下游侧终止第一拥塞反馈回路。 第一拥塞反馈循环从下游侧接收第一拥塞管理单元,并将其以二进制模式转换到下游侧。 此外,在二进制模式拥塞反馈环路终端单元的上游侧提供显式速率(ER)模式拥塞反馈环路终止单元,并且在该方向的上游侧终止第二拥塞环路。 第二拥塞反馈循环从上游侧接收第二拥塞管理单元,并将其以ER模式转换到上游侧。 此外,动态通用小区速率算法单元设置在ER模式拥塞反馈回路终端单元的上游侧,并根据第二拥塞管理小区监视小区的速率。
    • 3. 发明申请
    • PSEUDO-RESPONSE FRAME COMMUNICATION SYSTEM, PSEUDO-RESPONSE FRAME COMMUNICATION METHOD, AND PSEUDO-RESPONSE FRAME TRANSMITTING DEVICE
    • PSEUDO-RESPONSE FRAME通信系统,PSEUDO-RESPONSE FRAME通信方法和PSEUDO-RESPONES帧发送设备
    • US20100020780A1
    • 2010-01-28
    • US12529886
    • 2008-02-13
    • Yumi HiranoTutomu Murase
    • Yumi HiranoTutomu Murase
    • H04W4/00
    • H04L1/24H04L1/1607H04L1/1838
    • A great delay in communication and deterioration in quality are avoided from occurring.A pseudo acknowledgement frame communication system includes: at least one communication device that transmits a frame; a second communication device that receives the frame; and a pseudo acknowledgement frame transmission device that monitors link-by-link communication between the first and second communication devices, in which the first communication device has a frame transmission means for transmitting a transmission frame to the second communication device, and an acknowledgement frame reception means for receiving an acknowledgement frame transmitted by the second communication device, the second communication device has an acknowledgement frame transmission means for transmitting the acknowledgement frame upon receiving the transmission frame from the first communication device, and the pseudo acknowledgement frame transmission device has a monitor means for monitoring the transmission frame transmitted by the first communication device, and a pseudo acknowledgement frame transmission means for generating a pseudo acknowledgement frame from a monitor result of the monitor means, based on a pseudo acknowledgement frame transmission condition, and transmitting the pseudo acknowledgement frame to the first communication device.
    • 避免了传播的巨大延误和质量的恶化。 伪确认帧通信系统包括:发送帧的至少一个通信设备; 接收帧的第二通信设备; 以及模拟确认帧发送装置,其对第一通信装置和第二通信装置之间的逐个链路通信进行监视,其中,第一通信装置具有用于向第二通信装置发送发送帧的帧发送装置,以及确认帧接收 用于接收由所述第二通信设备发送的确认帧的装置,所述第二通信设备具有确认帧发送装置,用于在从所述第一通信设备接收到传输帧时发送所述确认帧,并且所述伪确认帧传输设备具有监视器装置 用于监视由第一通信设备发送的传输帧;以及伪确认帧发送装置,用于根据伪确认帧传输条件从监视器装置的监视结果生成伪确认帧,以及tra 将伪确认帧忽略到第一通信设备。
    • 4. 发明申请
    • Session relay apparatus and relaying method
    • 会话中继设备和中继方法
    • US20070058534A1
    • 2007-03-15
    • US10568440
    • 2004-07-26
    • Hideyuki ShimonishiTutomu MuraseYasuhiro YamasakiYohei Hasegawa
    • Hideyuki ShimonishiTutomu MuraseYasuhiro YamasakiYohei Hasegawa
    • H04L12/26
    • H04L47/10H04L47/20
    • A session identification unit (11) determines a session to which an incoming packet belongs, while a session relay unit (12-1-12-N) relays between a session with a transmission terminal and a session with a reception terminal. A packet scheduler (13) instructs and controls the delivery of packets from each session relay unit (12-1-12-N), and a delivery control unit (14) delivers packets from each session relay unit (12-1-12-N) based on the instruction. In the session relay unit (12-1), a transmission session processing unit (121-1) processes a session for transmitting data to the reception terminal, and a transmission buffer (122-1) stores received data until the end of a transmission. A reception session processing unit (123-1) processes a session for receiving data from the transmission terminal.
    • 会话识别单元(11)确定进入分组所属的会话,而会话中继单元(12-1-12N)在与传输终端的会话和与接收终端的会话之间中继。 分组调度器(13)指示和控制来自每个会话中继单元(12-1-12N)的分组的传送,并且传送控制单元(14)从每个会话中继单元(12-1-12- N)。 在会话中继单元(12-1)中,发送会话处理单元(121-1)处理用于向接收终端发送数据的会话,发送缓冲器(122-1)存储所接收的数据直到发送结束 。 接收会话处理单元(123-1)处理从发送终端接收数据的会话。
    • 9. 发明授权
    • Communication device, and communication method and program thereof
    • 通信装置及其通信方法及程序
    • US08228919B2
    • 2012-07-24
    • US10576789
    • 2004-10-18
    • Yohei HasegawaTutomu Murase
    • Yohei HasegawaTutomu Murase
    • H04L12/28
    • H04L69/16H04L69/161H04L69/163H04L69/166
    • In a communication device (1) which realizes communication with data distributed to a plurality of connections, a data division restoration processing unit (1-2), when transmitting data, receives data from an application processing unit (1-1), divides the data into an arbitrary number of blocks, stores information for restoring the block to original data within a TCP header and sends the data to a network processing unit (1-3) by using an arbitrary number of TCP connections, and when receiving data, refers to restoration information stored within the TCP header with respect to data of the plurality of TCP connections received from the network processing unit (1-3), identifies a divisional block, combines the blocks to restore data as of before division and sends the data to the application processing unit (1-1).
    • 在实现与分配给多个连接的数据通信的通信装置(1)中,数据分割恢复处理单元(1-2)在发送数据时从应用处理单元(1-1)接收数据, 将数据存入任意数量的块中,存储用于将块恢复到TCP报头内的原始数据的信息,并通过使用任意数量的TCP连接将数据发送到网络处理单元(1-3),并且当接收数据时 相对于从网络处理单元(1-3)接收的多个TCP连接的数据,存储在TCP报头内的恢复信息,识别分区块,组合块以恢复分区之前的数据,并将数据发送到 应用处理单元(1-1)。
    • 10. 发明申请
    • COMMUNICATION RELAY APPARATUS, RESOURCE RELEASING METHOD, AND PROGRAM FOR COMMUNICATION RELAY APPARATUS
    • 通信继电器设备,资源释放方法和通信继电器设备程序
    • US20080232402A1
    • 2008-09-25
    • US12050361
    • 2008-03-18
    • NAOSHI HIGUCHITutomu Murase
    • NAOSHI HIGUCHITutomu Murase
    • H04J3/16
    • H04L45/00H04L45/02
    • Suspendable candidate link group determining device 204 determines a suspendable candidate link group consisting of communication links whose communication in an upper layer is suspended, and outputs it. Link-incapable-of-handling-suspension excluding device 205 removes a communication link to an adjacent relay apparatus incapable of handling a suspended status from the communication link group of suspendable candidates output by the suspendable candidate link group determining device 204 based on information stored in link suspension manager 203, to obtain a communication link group to be suspended, and outputs information indicating the communication link group to be suspended. Suspension device 206 releases communication resources for a lower layer for each communication link for the communication link group to be suspended, which is indicated by information output from the link-incapable-of-handling-suspension excluding device 205.
    • 可挂起的候选链路群决定装置204判断由上层的通信被中止的通信链路构成的可挂起的候选链路群,并输出。 链路不能处理 - 不包括设备205的移动装置除去基于存储在可挂起候选链路群组确定装置204中的信息的从可挂起候选链路群组确定装置204输出的不可挂起候选者的通信链路组中不能处理暂停状态的相邻中继装置的通信链路 链接暂停管理器203,以获得要暂停的通信链路组,并且输出指示要暂停的通信链路组的信息。 悬挂装置206释放用于要暂停的通信链路组的每个通信链路的下层的通信资源,该信息由从不具有无连接的处理 - 挂起排除装置205输出的信息指示。