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    • 1. 发明授权
    • Storage control apparatus and method for controlling number of commands executed in storage control apparatus
    • 用于控制在存储控制装置中执行的命令数量的存储控制装置和方法
    • US07685342B2
    • 2010-03-23
    • US11495755
    • 2006-07-31
    • Shinjiro ShirakiKoji IwamitsuHidekazu AoyamaBunitsu Ando
    • Shinjiro ShirakiKoji IwamitsuHidekazu AoyamaBunitsu Ando
    • G06F13/12G06F15/16G06F13/38
    • G06F3/0659G06F3/0611G06F3/0683G06F9/5011
    • A storage control apparatus of the present invention controls the number of multiple commands issued from a host machine without shutting down the host machine. A communication port of the storage control apparatus carries out communications with the hosts in accordance with the iSCSI protocol. Command processing resources are managed for each communication port. A resource allocation control part calculates the number of commands capable of being received on the basis of the remaining amount of command processing resources inside shared port resources, a change in the number of commands received from a host, communication delay time, and the state of execution of a command issued from a host or the like. A MaxCmdSN is calculated by adding the results of command processing by a command execution part and the receivable number calculated by the resource allocation control part to the value of the latest CmdSN received from a host. The storage control apparatus adds the MaxCmdSN to a transmission frame and transmits it to the host.
    • 本发明的存储控制装置控制从主机发出的多个命令的数量,而不关闭主机。 存储控制装置的通信端口根据iSCSI协议与主机进行通信。 为每个通信端口管理命令处理资源。 资源分配控制部根据共享端口资源内的命令处理资源的剩余量,从主机接收到的命令的数量的变化,通信延迟时间,通信延迟时间等的状态来计算能够接收的命令的数量 执行从主机等发出的命令。 通过将命令执行部分的命令处理结果和由资源分配控制部分计算出的可接收数量与从主机接收到的最新CmdSN的值相加来计算MaxCmdSN。 存储控制装置将MaxCmdSN添加到传输帧,并将其发送到主机。
    • 3. 发明申请
    • Storage control apparatus and method for controlling number of commands executed in storage control apparatus
    • 用于控制在存储控制装置中执行的命令数量的存储控制装置和方法
    • US20080005490A1
    • 2008-01-03
    • US11495755
    • 2006-07-31
    • Shinjiro ShirakiKoji IwamitsuHidekazu AoyamaBunitsu Ando
    • Shinjiro ShirakiKoji IwamitsuHidekazu AoyamaBunitsu Ando
    • G06F12/00
    • G06F3/0659G06F3/0611G06F3/0683G06F9/5011
    • A storage control apparatus of the present invention controls the number of multiple commands issued from a host machine without shutting down the host machine. A communication port of the storage control apparatus carries out communications with the hosts in accordance with the iSCSI protocol. Command processing resources are managed for each communication port. A resource allocation control part calculates the number of commands capable of being received on the basis of the remaining amount of command processing resources inside shared port resources, a change in the number of commands received from a host, communication delay time, and the state of execution of a command issued from a host or the like. A MaxCmdSN is calculated by adding the results of command processing by a command execution part and the receivable number calculated by the resource allocation control part to the value of the latest CmdSN received from a host. The storage control apparatus adds the MaxCmdSN to a transmission frame and transmits it to the host.
    • 本发明的存储控制装置控制从主机发出的多个命令的数量,而不关闭主机。 存储控制装置的通信端口根据iSCSI协议与主机进行通信。 为每个通信端口管理命令处理资源。 资源分配控制部根据共享端口资源内的命令处理资源的剩余量,从主机接收到的命令的数量的变化,通信延迟时间,通信延迟时间等的状态来计算能够接收的命令的数量 执行从主机等发出的命令。 通过将命令执行部分的命令处理结果和由资源分配控制部分计算出的可接收数量与从主机接收到的最新CmdSN的值相加来计算MaxCmdSN。 存储控制装置将MaxCmdSN添加到传输帧,并将其发送到主机。