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    • 1. 发明申请
    • PACKET RELAY DEVICE AND CONGESTION CONTROL METHOD
    • 分组继电器装置和控制方法
    • US20120033550A1
    • 2012-02-09
    • US13190908
    • 2011-07-26
    • HIROKI YANOKeigo UchizumiHideki Hinosugi
    • HIROKI YANOKeigo UchizumiHideki Hinosugi
    • H04L12/26
    • H04L47/10H04L47/11
    • A packet relay device is equipped with a buffer memory including a plurality of queues for temporarily storing packets, and a storage unit for storing the first queue lengths indicating the respective queue length of each of the queues and a second queue length indicating a value according to a total of the plurality of first queue lengths. When the packet relay device receives packets, it discerns the queue to which the received packet belongs from among the plurality of queues, and temporarily stores the packet in relation to the discerned queue within the buffer memory. Then, the first queue length and the second queue length are updated, and a determination is made of whether or not to send a congestion notification to the packet sending source according to the first queue length corresponding to the discerned queue, and to the second queue length.
    • 分组中继装置配备有包括用于临时存储分组的多个队列的缓冲存储器,以及存储单元,用于存储指示每个队列的相应队列长度的第一队列长度,以及指示根据 总共多个第一队列长度。 当分组中继装置接收到分组时,从多个队列中识别接收到的分组所属的队列,并且相对于缓冲存储器内的识别的队列临时存储分组。 然后,更新第一队列长度和第二队列长度,并且根据与识别的队列对应的第一队列长度确定是否向分组发送源发送拥塞通知,并且确定是否向第二队列发送拥塞通知 长度。
    • 2. 发明授权
    • Packet relay device and congestion control method
    • 分组中继设备和拥塞控制方法
    • US08593955B2
    • 2013-11-26
    • US13190908
    • 2011-07-26
    • Hiroki YanoKeigo UchizumiHideki Hinosugi
    • Hiroki YanoKeigo UchizumiHideki Hinosugi
    • H04L12/26H04L12/28H04Q11/04H04J3/14
    • H04L47/10H04L47/11
    • A packet relay device is equipped with a buffer memory including a plurality of queues for temporarily storing packets, and a storage unit for storing the first queue lengths indicating the respective queue length of each of the queues and a second queue length indicating a value according to a total of the plurality of first queue lengths. When the packet relay device receives packets, it discerns the queue to which the received packet belongs from among the plurality of queues, and temporarily stores the packet in relation to the discerned queue within the buffer memory. Then, the first queue length and the second queue length are updated, and a determination is made of whether or not to send a congestion notification to the packet sending source according to the first queue length corresponding to the discerned queue, and to the second queue length.
    • 分组中继装置配备有包括用于临时存储分组的多个队列的缓冲存储器,以及存储单元,用于存储指示每个队列的相应队列长度的第一队列长度,以及指示根据 总共多个第一队列长度。 当分组中继装置接收到分组时,从多个队列中识别接收到的分组所属的队列,并且相对于缓冲存储器内的识别的队列临时存储分组。 然后,更新第一队列长度和第二队列长度,并且根据与识别的队列对应的第一队列长度确定是否向分组发送源发送拥塞通知,并且确定是否向第二队列发送拥塞通知 长度。
    • 3. 发明授权
    • Traffic shaping method and device
    • 流量整形方法及装置
    • US08553543B2
    • 2013-10-08
    • US12947182
    • 2010-11-16
    • Hideki HinosugiYoshihiko SakataAtsushi AnzaiTakeshi KumagaiShinsuke Nakashima
    • Hideki HinosugiYoshihiko SakataAtsushi AnzaiTakeshi KumagaiShinsuke Nakashima
    • H04J3/16H04L12/26H04L12/56G06F15/16
    • H04L47/2441H04L47/2475H04L47/50H04L47/522H04L47/627H04L49/254H04L49/602
    • A packet relay device comprises a distribution processing unit classifying traffics into groups and users based on header information of packets received; a calculation unit calculating available frame rate of each user from peak frame rate, minimum frame rate, and weight information set for each user; a scheduling control unit updating a transmission schedule point-in-time calculated based on the available frame rate of each user, and judging which packet should be transmitted in accordance with the transmission schedule point-in-time updated; and a shaping unit updating a transmission schedule point-in-time calculated based on the peak frame rate of each user, and performing a shaping of packets at the peak frame rate on each user basis in accordance with the transmission schedule point-in-time updated; and a priority-control processing unit performing a strict priority control over transmission of packets of each group in correspondence with degree of priority of each group.
    • 分组中继装置包括:分发处理单元,基于接收到的分组的报头信息,将流量分组到组和用户; 计算单元,从针对每个用户的峰值帧速率,最小帧速率和权重信息计算每个用户的可用帧速率; 调度控制单元基于每个用户的可用帧速率来更新计算出的发送调度时间点,并且根据传输调度来更新哪个分组应该被发送; 以及整形单元,其更新基于每个用户的峰值帧速率计算出的传输调度时间点,并且根据传输调度时间点对每个用户基于峰值帧速率对分组进行整形 更新; 以及优先级控制处理单元,对与各组的优先级相对应地对每组的分组的发送执行严格的优先级控制。
    • 7. 发明授权
    • Receiver device, transmission system, and packet transmission method
    • 接收机设备,传输系统和分组传输方式
    • US08520688B2
    • 2013-08-27
    • US12573193
    • 2009-10-05
    • Hideki HinosugiYoshihiko Sakata
    • Hideki HinosugiYoshihiko Sakata
    • H04L12/28H04L12/56
    • H04L47/10H04L49/351H04L49/552
    • In a transmission system of transferring a packet input from a first device to a second device via a network, a receiver device comprises a storage module configured to successively accumulate received packets, which are transferred over a multiple transmission paths, in correlation to each of the multiple transmission paths, a packet selector configured to sequentially perform a packet selection process with respect to each of the received packets accumulated in the storage module, where after elapse of a predetermined time period since a receipt time of a first packet received by the receiver device, the packet selection process respectively reads out one packet for each of the multiple transmission paths among the received identical packets, which are accumulated in correlation to each of the multiple transmission paths, and selects one packet with higher reliability out of the read-out packets, and an output module configured to output the packet selected by the packet selector to the second device.
    • 在经由网络将从第一设备输入的分组传送到第二设备的传输系统中,接收机设备包括:存储模块,被配置为连续地累积通过多个传输路径传输的接收分组, 多个传输路径,分组选择器,被配置为相对于存储在存储模块中的每个接收到的分组依次执行分组选择处理,其中在经过接收机设备接收到的第一分组的接收时间之后经过预定时间段 ,分组选择处理分别在与所述多个传输路径中的每一个相关联的所接收的相同分组中分别读出一个分组,并且从所读出的分组中选择一个具有更高可靠性的分组 以及输出模块,被配置为将由分组选择器选择的分组输出到 第二个设备。