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    • 3. 发明授权
    • Storage system and logical unit checking method for the same
    • 存储系统和逻辑单元检查方法相同
    • US08065430B2
    • 2011-11-22
    • US11580148
    • 2006-10-13
    • Toshihiko MurakamiMakio Mizuno
    • Toshihiko MurakamiMakio Mizuno
    • G06F15/16
    • G06F3/0659G06F3/0611G06F3/0631G06F3/067H04L67/1097H04L69/16H04L69/163H04L69/40
    • In a situation where a host computer or storage system is an initiator and the storage system or another storage system is a target, when the initiator intends to check LUs in the target, if the initiator judges that the number of delay ACKs is set to more than one, it simultaneously issues the same number of check commands—SCSI Inquiry LUN#a and LUN#b—as the number of delayed ACKs, or check commands in multiples of the number of delayed ACK, to the target; and, when receiving check results—SCSI Data-In—in response to the check commands from the target, sends an acknowledgement to the target. Accordingly, when the number of delayed ACKs set in the TCP in the initiator is more than one, the initiator simultaneously issues check commands to the target designating the same number of LUs as the number of delayed ACKs, and the responses will not be influenced by the delayed ACK.
    • 在主计算机或存储系统是启动器并且存储系统或另一个存储系统是目标的情况下,当发起者打算检查目标中的LU时,如果发起者判断延迟ACK的数量被设置为更多 一个,同时发出相同数量的检查命令 - SCSI查询LUN#a和LUN#b - 作为延迟ACK的数量,或者将延迟ACK的数量的倍数的检查命令发送到目标; 并且当接收到检查结果时 - 对来自目标的检查命令的SCSI数据输入响应向目标发送确认。 因此,当发起方的TCP中设置的延迟ACK的数量多于一个时,发起者同时向目标发出指示与延迟ACK的数量相同数目的LU的检查命令,并且响应将不受 延迟ACK。
    • 4. 发明申请
    • Storage system and logical unit checking method for the same
    • 存储系统和逻辑单元检查方法相同
    • US20080126663A1
    • 2008-05-29
    • US11580148
    • 2006-10-13
    • Toshihiko MurakamiMakio Mizuno
    • Toshihiko MurakamiMakio Mizuno
    • G06F13/36
    • G06F3/0659G06F3/0611G06F3/0631G06F3/067H04L67/1097H04L69/16H04L69/163H04L69/40
    • In a situation where a host computer or storage system is an initiator and the storage system or another storage system is a target, when the initiator intends to check LUs in the target, if the initiator judges that the number of delay ACKs is set to more than one, it simultaneously issues the same number of check commands—SCSI Inquiry LUN#a and LUN#b—as the number of delayed ACKs, or check commands in multiples of the number of delayed ACK, to the target; and, when receiving check results—SCSI Data-In—in response to the check commands from the target, sends an acknowledgement to the target. Accordingly, when the number of delayed ACKs set in the TCP in the initiator is more than one, the initiator simultaneously issues check commands to the target designating the same number of LUs as the number of delayed ACKs, and the responses will not be influenced by the delayed ACK.
    • 在主计算机或存储系统是启动器并且存储系统或另一个存储系统是目标的情况下,当发起者打算检查目标中的LU时,如果发起者判断延迟ACK的数量被设置为更多 一个,同时发出相同数量的检查命令 - SCSI查询LUN#a和LUN#b - 作为延迟ACK的数量,或者将延迟ACK的数量的倍数的检查命令发送到目标; 并且当接收到检查结果时 - 对来自目标的检查命令的SCSI数据输入响应向目标发送确认。 因此,当发起方的TCP中设置的延迟ACK的数量多于一个时,发起者同时向目标发出指示与延迟ACK的数量相同数目的LU的检查命令,并且响应将不受 延迟ACK。
    • 5. 发明申请
    • Network interface and computing system including the same
    • 网络接口和计算系统包括相同
    • US20060187960A1
    • 2006-08-24
    • US11119901
    • 2005-05-03
    • Toshihiko MurakamiMakio Mizuno
    • Toshihiko MurakamiMakio Mizuno
    • H04J3/22
    • H04L67/1097G06F3/0601G06F2003/0692H04L69/18
    • Disclosed is a network interface which enables a storage device to be connected to multiple networks of different specifications. A storage device is connected to a network through which communications are done in accordance with one or more communication protocols, and contains a network interface. This network interface includes a Physical Layer process unit for handling a signal defined by Physical Layer, a clock supply unit for storing information on a plurality of relations between clock frequencies and communication protocols, a serial conversion unit for determining a communication protocol, based on the information and a clock frequency of a received frame, or for determining a clock frequency of a frame to be sent, based on the information and a communication protocol of the frame, and a multi-protocol process unit for handling the frame, in accordance with the determined communication protocol.
    • 公开了一种使存储设备能够连接到不同规格的多个网络的网络接口。 存储设备连接到根据一个或多个通信协议进行通信的网络,并且包含网络接口。 该网络接口包括用于处理由物理层定义的信号的物理层处理单元,用于存储关于时钟频率和通信协议之间的多个关系的信息的时钟提供单元,用于确定通信协议的串行转换单元,基于 信息和接收帧的时钟频率,或者基于帧的信息和通信协议确定要发送的帧的时钟频率,以及用于处理该帧的多协议处理单元,根据 确定的通信协议。
    • 6. 发明授权
    • Storage system and remote copy control method
    • 存储系统和远程复制控制方法
    • US08069323B2
    • 2011-11-29
    • US12314275
    • 2008-12-08
    • Azusa SudoKenta ShigaToshihiko Murakami
    • Azusa SudoKenta ShigaToshihiko Murakami
    • G06F12/00G06F12/16
    • G06F11/2074G06F3/0613G06F3/0635G06F3/065G06F3/067
    • A storage system is provided which is capable of realizing a remote copy function for speeding up lines virtually by satisfying such demand to distribute copy data into a plurality of lines. In a storage system for connecting a local storage device and a remote storage device via a plurality of lines, the local storage device includes a remote copy program for distributing data of a plurality of logical volumes accessed from a host computer into a plurality of paths on the basis of status of the plurality of paths interposing the plurality of lines, to perform a remote copy from the local storage device to the remote storage device. Accordingly, the local storage device distributes data of the logical volumes into the plurality of lines to copy the data to the remote storage device, resulting in speeding up the lines virtually.
    • 提供了一种存储系统,其能够实现远程复制功能,用于通过满足将复制数据分发到多条线路的需求来虚拟地加速线路。 在用于经由多条线路连接本地存储设备和远程存储设备的存储系统中,本地存储设备包括远程复制程序,用于将从主计算机访问的多个逻辑卷的数据分发到多个路径上 作为插入多条线路的多路径的状态的基础,从本地存储装置执行远程复制到远程存储装置。 因此,本地存储装置将逻辑卷的数据分配到多条线中以将数据复制到远程存储装置,从而实际上加速了线路。
    • 7. 发明授权
    • Computer system and method of updating authentication information of computer system
    • 计算机系统更新计算机系统认证信息的方法
    • US07853994B2
    • 2010-12-14
    • US11508201
    • 2006-08-23
    • Kenta ShigaToshihiko MurakamiDaiki Nakatsuka
    • Kenta ShigaToshihiko MurakamiDaiki Nakatsuka
    • G06F21/00H04L9/32
    • H04L63/0846
    • The storage system of the present invention is able to update a secret while maintaining a session between a host and storage. The administrator configures a new secret for the host and the storage. The session manager issues a request to the storage to open a session that uses the new secret. The session manager opens a session that uses the new secret following authentication. A response to an old command issued prior to the secret update is transmitted from the storage to the host via a session that uses an old secret. A new command following the secret update is transmitted from the host to the storage via the session that uses the new secret. When all the old command processing is complete, the old secret using session is closed.
    • 本发明的存储系统能够在保持主机和存储器之间的会话的同时更新秘密。 管理员为主机和存储设置一个新的秘密。 会话管理器向存储发出请求以打开使用新秘密的会话。 会话管理器打开一个使用新密钥认证的会话。 在秘密更新之前发出的对旧命令的响应通过使用旧秘密的会话从存储器发送到主机。 秘密更新之后的新命令通过使用新秘密的会话从主机传输到存储。 当所有旧的命令处理完成时,旧的秘密使用会话被关闭。
    • 8. 发明申请
    • Storage system and remote copy control method
    • 存储系统和远程复制控制方法
    • US20100100695A1
    • 2010-04-22
    • US12314275
    • 2008-12-08
    • Azusa SudoKenta ShigaToshihiko Murakami
    • Azusa SudoKenta ShigaToshihiko Murakami
    • G06F12/16G06F12/00
    • G06F11/2074G06F3/0613G06F3/0635G06F3/065G06F3/067
    • A storage system is provided which is capable of realizing a remote copy function for speeding up lines virtually by satisfying such demand to distribute copy data into a plurality of lines. In a storage system for connecting a local storage device and a remote storage device via a plurality of lines, the local storage device includes a remote copy program for distributing data of a plurality of logical volumes accessed from a host computer into a plurality of paths on the basis of status of the plurality of paths interposing the plurality of lines, to perform a remote copy from the local storage device to the remote storage device. Accordingly, the local storage device distributes data of the logical volumes into the plurality of lines to copy the data to the remote storage device, resulting in speeding up the lines virtually.
    • 提供了一种存储系统,其能够实现远程复制功能,用于通过满足将复制数据分发到多条线路的需求来虚拟地加速线路。 在用于经由多条线路连接本地存储设备和远程存储设备的存储系统中,本地存储设备包括远程复制程序,用于将从主计算机访问的多个逻辑卷的数据分发到多个路径上 作为插入多条线路的多路径的状态的基础,从本地存储装置执行远程复制到远程存储装置。 因此,本地存储装置将逻辑卷的数据分配到多条线中以将数据复制到远程存储装置,从而实际上加速了线路。
    • 9. 发明申请
    • SESSION MANAGEMENT METHOD FOR COMPUTER SYSTEM
    • 计算机系统的会话管理方法
    • US20090248857A1
    • 2009-10-01
    • US12124460
    • 2008-05-21
    • Toshihiko Murakami
    • Toshihiko Murakami
    • G06F15/173
    • H04L67/1097H04L67/14
    • There is provided a session management method for a computer system including an initiator, and a storage system coupled to the initiator via a network. The initiator includes an interface coupled to the network, a processor and a memory. The storage system includes an interface coupled to the network, a memory and a processor. The session management method comprising the steps of: executing, by the initiator, health check for diagnosing a status of a session established between the initiator and the storage system in the case of which no data is input/output to/from the storage device for a first predetermined period; and cutting off and re-establishing, by the initiator, the session with the storage system at a timing of executing the health check in the case of which no data is input/output to/from the storage system for a second predetermined period.
    • 提供了一种用于包括发起者的计算机系统和经由网络耦合到发起者的存储系统的会话管理方法。 启动器包括耦合到网络的接口,处理器和存储器。 存储系统包括耦合到网络的接口,存储器和处理器。 所述会话管理方法包括以下步骤:在所述发起者执行健康状况检查,以便在所述启动器和所述存储系统之间建立的会话的状态在没有数据被输入/输出到所述存储装置的情况下进行 第一预定期间; 并且在第二预定时间段内,在没有数据被输入/输出到存储系统的情况下,在执行健康检查的时刻,由发起者切断并重新建立与存储系统的会话。