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    • 3. 发明申请
    • Communication device, storage system and a communication method
    • 通信设备,存储系统和通信方式
    • US20050240681A1
    • 2005-10-27
    • US10884474
    • 2004-07-01
    • Keisei FujiwaraKenta ShigaAtsuya Kumagai
    • Keisei FujiwaraKenta ShigaAtsuya Kumagai
    • H04L12/801G06F7/00H04L12/709H04L12/863H04L12/911
    • H04L67/1095H04L67/1097
    • Each of the storage devices 1, 2 is provided with transmission queues 306a, 306b with respect to each of transmission paths A and B. The storage device 1 stores identical request data in each of the transmission queues 306a and 306b, and transmits each data to the counterpart storage device 2, respectively via the transmission path A and B (S811, 812). The storage device 2, being a counterpart, stores the request data or response data arrived earlier in the receive history information table 300 (S817), and discards the request data arrived later (S903, 904). Furthermore, if the storage device 1, being a transmission source, receives at least one response data against the request data, the storage device 1 searches the transmission queues 306a, 306b, and if there remains request data in any of the transmission queue, deletes the request data (S909).
    • 每个存储设备1,2相对于传输路径A和B中的每一个设置有传输队列306a,306b。存储设备1在每个传输队列306a和306b中存储相同的请求数据,以及 分别经由传输路径A和B将每个数据发送到对方存储设备2(S 811,812)。 作为对方的存储装置2存储先前在接收历史信息表300中到达的请求数据或响应数据(S 817),并丢弃稍后到达的请求数据(S903,904)。 此外,作为发送源的存储装置1如果接收到针对请求数据的至少一个响应数据,则存储装置1在发送队列306a,306b中进行搜索,如果在发送队列中存在请求数据 删除请求数据(S909)。
    • 7. 发明授权
    • Path control method
    • 路径控制方法
    • US07380019B2
    • 2008-05-27
    • US10801720
    • 2004-03-17
    • Kenta ShigaAtsuya KumagaiKeisei Fujiwara
    • Kenta ShigaAtsuya KumagaiKeisei Fujiwara
    • G06F15/173
    • H04L47/10H04L41/0803H04L41/22H04L47/263Y02D50/10
    • In a computer system in which a computer, storage devices, and a storage management device are connected by a network, the computer or a first storage device accesses a second storage device using a plurality of paths in the network, and the computer or the first storage device performs load balancing among the plurality of paths on the basis of a ratio set in advance, it is detected that congestion has occurred on a path, a ratio at the time of congestion of the path is calculated, and a difference between the ratio at the time of congestion and the ratio set in advance is allocated to a ratio of the other paths between the computer or the first storage device and the second storage device.
    • 在计算机,存储设备和存储管理设备通过网络连接的计算机系统中,计算机或第一存储设备使用网络中的多个路径访问第二存储设备,并且计算机或第一 存储装置基于预先设定的比率,在多个路径之间进行负载平衡,检测到路径上发生拥塞,计算路径拥塞时的比例,以及比率 在拥塞时,预先设定的比例被分配给计算机或第一存储装置与第二存储装置之间的其他路径的比率。
    • 9. 发明授权
    • Storage system with method of minimizing redundant transmissions over a plurality of communication paths
    • 存储系统,其具有在多个通信路径上最小化冗余传输的方法
    • US07092982B2
    • 2006-08-15
    • US10884474
    • 2004-07-01
    • Keisei FujiwaraKenta ShigaAtsuya Kumagai
    • Keisei FujiwaraKenta ShigaAtsuya Kumagai
    • G06F15/16G06F11/00G06F12/00
    • H04L67/1095H04L67/1097
    • Each of the storage devices 1, 2 is provided with transmission queues 306a, 306b with respect to each of transmission paths A and B. The storage device 1 stores identical request data in each of the transmission queues 306a and 306b, and transmits each data to the counterpart storage device 2, respectively via the transmission path A and B (S811, 812). The storage device 2, being a counterpart, stores the request data or response data arrived earlier in the receive history information table 300 (S817), and discards the request data arrived later (S903, 904). Furthermore, if the storage device 1, being a transmission source, receives at least one response data against the request data, the storage device 1 searches the transmission queues 306a, 306b, and if there remains request data in any of the transmission queue, deletes the request data (S909).
    • 每个存储设备1,2相对于传输路径A和B中的每一个设置有传输队列306a,306b。存储设备1在每个传输队列306a和306b中存储相同的请求数据,以及 分别经由传输路径A和B将每个数据发送到对方存储设备2(S 811,812)。 作为对方的存储装置2存储先前在接收历史信息表300中到达的请求数据或响应数据(S 817),并丢弃稍后到达的请求数据(S903,904)。 此外,作为发送源的存储装置1如果接收到针对请求数据的至少一个响应数据,则存储装置1在发送队列306a,306b中进行搜索,如果在发送队列中存在请求数据 删除请求数据(S909)。