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    • 52. 发明授权
    • Complex information platform apparatus and communication band ensuring method of the same
    • 复杂信息平台设备和通信频段确保方法相同
    • US07636311B2
    • 2009-12-22
    • US11655997
    • 2007-01-22
    • Jun OkitsuYoshiko YasudaTakashige BabaToshiaki Tarui
    • Jun OkitsuYoshiko YasudaTakashige BabaToshiaki Tarui
    • H04L12/28H04L12/56G06F15/173G06F13/00
    • H04L41/0869H04L41/082H04L41/0843
    • There is a need for applying an appropriate QoS setting to a complex information platform apparatus capable of flexibly changing an apparatus configuration so as to ensure an intra-apparatus communication band and realize management communication independence. Multiple processing modules are combined to construct one or more processing units with different apparatus types. An apparatus template management table prepares multiple levels of setting specifications with different ensured bands for intra-apparatus communication corresponding to each apparatus type. One set of setting specification is selected from multiple levels of setting specifications prepared for an apparatus type settled at the time of configuration setting. A QoS setting management table is generated based on the selected setting specification. When the configuration is set or changed, setting verification means verifies whether or not a total of ensured bands associated with each adapter is within an allowable range. When a result is negative, the setting specification is automatically changed to another provided with a smaller ensured band. A verified setting is distributed from the QoS setting management table to an IO switch and each adapter.
    • 需要对能够灵活地改变设备配置的复杂信息平台装置应用适当的QoS设置,以确保设备内通信频带并实现管理通信独立性。 多个处理模块被组合以构造具有不同装置类型的一个或多个处理单元。 设备模板管理表准备具有不同保证带的多级设置规范,用于对应于每种设备类型的设备内通信。 从配置设置时设置的设备类型准备的多个设置规格级别中选择一组设置规格。 基于所选择的设置规范生成QoS设置管理表。 当配置被设置或改变时,设置验证装置验证与每个适配器相关联的确保带的总和是否在允许范围内。 当结果为负时,设定规格自动更改为提供较小保证带的另一规格。 验证设置从QoS设置管理表分发到IO交换机和每个适配器。
    • 53. 发明授权
    • File replication method for distributed file systems
    • 分布式文件系统的文件复制方法
    • US07590667B2
    • 2009-09-15
    • US10767778
    • 2004-01-30
    • Yoshiko YasudaShinichi KawamotoAtsushi EbataJun Okitsu
    • Yoshiko YasudaShinichi KawamotoAtsushi EbataJun Okitsu
    • G06F12/00G06F17/30
    • G06F17/30212G06F17/30233Y10S707/99931Y10S707/99938Y10S707/99952Y10S707/99953
    • A file replication method which allows, between a plurality of virtualized-and-unified file systems, real-time creation of a partial copy of that one of the virtualized-and-unified file systems as a target of replication is provided. The replication-source virtualized-and-unified file system is provided with a unified management directory for managing a structure of files and directories and the attribute information thereof, replication information for setting the file as an object to be copied, a request reception unit for receiving a request from a client in a unified manner, and a replication unit for judging whether or not replication should be performed in accordance with the unified management directory and the replication information and simultaneously transferring, based on the result of the judgment, the file access request to the replication-source virtualized-and-unified file system and to the replication-destination virtualized-and-unified file system.
    • 提供一种文件复制方法,其允许在多个虚拟化和统一文件系统之间实时创建作为复制目标的虚拟化和统一文件系统之一的部分副本。 复制源虚拟化和统一文件系统具有用于管理文件和目录的结构的统一管理目录及其属性信息,用于将文件设置为要复制的对象的复制信息,用于 以统一的方式接收来自客户端的请求;以及复制单元,用于根据统一管理目录和复制信息来判断是否应执行复制,并且基于判断结果同时传送文件访问 请求到复制源虚拟化和统一文件系统以及复制目标虚拟化和统一文件系统。
    • 54. 发明申请
    • IO ADAPTER AND DATA TRANSFERRING METHOD USING THE SAME
    • 使用它的IO适配器和数据传输方法
    • US20080140877A1
    • 2008-06-12
    • US11831097
    • 2007-07-31
    • Takashige BABAYoshiko YASUDAJun OKITSU
    • Takashige BABAYoshiko YASUDAJun OKITSU
    • G06F13/28
    • G06F9/5011
    • An IO adapter for guaranteeing the data transfer bandwidth on each capsule interface when multiple capsule interfaces jointly share the DMA engine of the IO adapter. An IO driver containing a capsule interface information table including bandwidth information and for setting the forming status of a pair of capsule interfaces and, during data transfer subdivides the descriptors for the capsule interfaces into multiple groups for each data buffer size satisfying the preset bandwidth information and, copies one group at each fixed sample time set by the descriptor registration means, into the descriptor ring and performs DMA transfer. To control this copy information, the IO driver contains a ring scheduler information table for managing the number of descriptor entries for the capsule interface cycle time and, a ring scheduler cancel means for renewing the entries in the ring scheduler information table each time one transmission of the descriptor group ends.
    • 一个IO适配器,用于在多个胶囊接口共同共享IO适配器的DMA引擎时保证每个胶囊接口上的数据传输带宽。 一种包含胶带接口信息表的IO驱动器,包括带宽信息和用于设置一对胶囊接口的形成状态,并且在数据传输期间,为满足预设带宽信息的每个数据缓冲器大小将胶囊接口的描述符细分为多个组,以及 ,将由描述符登记装置设定的每个固定采样时间的一组复制到描述符环中并执行DMA传输。 为了控制该复制信息,IO驱动器包含用于管理胶囊接口循环时间的描述符条目数量的环形调度器信息表,以及环形调度器取消装置,用于每次发送环形调度器信息表中的条目, 描述符组结束。
    • 55. 发明申请
    • Compound information platform and managing method for the same
    • 复合信息平台和管理方法相同
    • US20070168597A1
    • 2007-07-19
    • US11649760
    • 2007-01-05
    • Takashige BabaYoshiko YasudaJun OkitsuToshiaki Tarui
    • Takashige BabaYoshiko YasudaJun OkitsuToshiaki Tarui
    • G06F13/00
    • G06F13/4022
    • Module combination candidates which compose an information platform, to reduce human error when a platform is composed, and to permit automatic configuration changes. There is therefore provided a compound information platform comprising information platforms combining one or more universal processing modules and dedicated processing modules, wherein a management module has a means which computes processing module combination candidates when newly composing the information platform, computes the sum total value of the maximum guaranteed communication bandwidth of an IO protocol interface for each physical interconnection PL using an interface setting management information, adding an additional maximum guaranteed communication bandwidth due to a processing module combination candidate, and determining whether this is a possible module combination candidate by comparing the addition result with the maximum permitted communication bandwidth of each physical interconnection.
    • 组合信息平台的模块组合候选者,在组成平台时减少人为错误,并允许自动配置更改。 因此,提供了一种组合信息平台,其包括组合一个或多个通用处理模块和专用处理模块的信息平台,其中管理模块具有在新组成信息平台时计算处理模块组合候选的装置,计算总数值 使用接口设置管理信息为每个物理互连PL的IO协议接口的最大保证的通信带宽,由于处理模块组合候选而添加额外的最大保证通信带宽,并且通过比较加法来确定这是否是可能的模块组合候选 导致每个物理互连的最大允许通信带宽。
    • 56. 发明申请
    • Information platform and configuration method of multiple information processing systems thereof
    • 信息平台及其多种信息处理系统的配置方法
    • US20070165659A1
    • 2007-07-19
    • US11649761
    • 2007-01-05
    • Yoshiko YasudaTakashige BabaJun OkitsuToshiaki Tarui
    • Yoshiko YasudaTakashige BabaJun OkitsuToshiaki Tarui
    • H04L12/28
    • H04L49/35H04L49/356H04L49/65H04L69/22
    • An information platform system, the configuration thereof is able to change flexibly to meet the needs of the customers, and able to use a single adapter for multiple uses, wherein multiple general-purpose processing modules and dedicated processing modules for processing disks and external networks are connected to one another with switching hubs via respective adapters, and the platform system includes a management module having a system identifier management table specifying system type of the general-purpose processing modules, a functional set management table managing a functional set to be included by the general-purpose processing module of each system identifier, and the configuration management table managing the combination of the general-purpose processing modules and dedicated processing modules, and the management module selects a functional set from multiple functional sets, installs the selected functional set into a general-purpose processing module and an adapter, and manages the system configuration comprising of a general-purpose processing module and a dedicated processing module.
    • 一种信息平台系统,其配置能够灵活变更,以满足客户的需求,能够使用单个适配器进行多种用途,其中用于处理磁盘和外部网络的多个通用处理模块和专用处理模块 通过相应的适配器彼此连接到交换集线器,并且平台系统包括管理模块,该管理模块具有指定通用处理模块的系统类型的系统标识符管理表,管理要包括的功能集的功能集管理表 每个系统标识符的通用处理模块和管理通用处理模块和专用处理模块的组合的配置管理表,并且管理模块从多个功能集中选择功能集,将所选择的功能集合安装到 通用处理模块和适配器,以及 管理包括通用处理模块和专用处理模块的系统配置。
    • 57. 发明申请
    • Computer system, data management method, and program
    • 计算机系统,数据管理方法和程序
    • US20060218367A1
    • 2006-09-28
    • US11244038
    • 2005-10-06
    • Toshiyuki UkaiYoshifumi TakamotoMasaaki ShimizuYoshiko Yasuda
    • Toshiyuki UkaiYoshifumi TakamotoMasaaki ShimizuYoshiko Yasuda
    • G06F13/28G06F12/16
    • G06F3/0665G06F3/061G06F3/0647G06F3/067
    • A technology capable of achieving the LU migration in terms of a file system and a logical volume and the effective migration in a host computer which provides a file system function and a logical volume function is provided. A computer system has I/O access unification and management means that obtains RAID configuration information and RAID statistical information in a disk array system and manages an I/O access unified management table in which file system configuration information and logical volume configuration information managed by an OS are unified. Also, the computer system has migration volume deciding means that determines a migration method based on the I/O access unified management table, migration influence predicting means that obtains migration influence prediction information, and RAID linkage migration performing means.
    • 提供了一种能够在文件系统和逻辑卷方面实现LU迁移的技术以及提供文件系统功能和逻辑卷功能的主机中的有效迁移。 计算机系统具有在磁盘阵列系统中获取RAID配置信息和RAID统计信息的I / O访问统一和管理装置,并且管理I / O访问统一管理表,其中文件系统配置信息和逻辑卷配置信息由 操作系统统一。 此外,计算机系统具有基于I / O访问统一管理表,获取迁移影响预测信息的迁移影响预测单元和RAID连接迁移执行单元来确定迁移方法的迁移量决定单元。
    • 58. 发明授权
    • Shared memory multiprocessor performing cache coherence control and node controller therefor
    • 共享内存多处理器执行高速缓存一致性控制和节点控制器
    • US06874053B2
    • 2005-03-29
    • US10654983
    • 2003-09-05
    • Yoshiko YasudaNaoki HamanakaToru ShonaiHideya AkashiYuji TsushimaKeitaro Uehara
    • Yoshiko YasudaNaoki HamanakaToru ShonaiHideya AkashiYuji TsushimaKeitaro Uehara
    • G06F12/08G06F15/173G06F13/00G06F15/167
    • G06F12/0813G06F12/0833G06F2212/1016
    • Each node includes a node controller for decoding the control information and the address information for the access request issued by a processor or an I/O device, generating, based on the result of decoding, the cache coherence control information indicating whether the cache coherence control is required or not, the node information and the unit information for the transfer destination, and adding these information to the access request. An intra-node connection circuit for connecting the units in the node controller holds the cache coherence control information, the node information and the unit information added to the access request. When the cache coherence control information indicates that the cache coherence control is not required and the node information indicates the local node, then the intra-node connection circuit transfers the access request not to the inter-node connection circuit inter-connecting the node but directly to the unit designated by the unit information.
    • 每个节点包括用于解码由处理器或I / O设备发出的访问请求的控制信息和地址信息的节点控制器,基于解码结果生成指示高速缓存一致性控制的高速缓存一致性控制信息 是否需要节点信息和传输目的地的单位信息,并将这些信息添加到访问请求。 用于连接节点控制器中的单元的节点内连接电路保持高速缓存一致性控制信息,节点信息和添加到访问请求的单元信息。 当高速缓存一致性控制信息指示不需要高速缓存一致性控制并且节点信息指示本地节点时,节点间连接电路将访问请求传送到不是直接连接节点的节点间连接电路 到由单位信息指定的单位。
    • 60. 发明授权
    • Parallel computer system using properties of messages to route them
through an interconnect network and to select virtual channel circuits
therewithin
    • 并行计算机系统使用消息的属性来通过互连网路路由它们,并在其中选择虚拟通道电路
    • US5892923A
    • 1999-04-06
    • US580257
    • 1995-12-28
    • Yoshiko YasudaTeruo Tanaka
    • Yoshiko YasudaTeruo Tanaka
    • G06F15/173G06F15/80
    • H04L49/309G06F15/17381H04L49/3081H04L2012/562H04L2012/5679H04L2012/568
    • A parallel computer using a simply structured network which allows loads on message-transferring routes to be as equally distributed as possible and which eases possible conflict between different types of messages being transferred. Given a message to be transmitted, each processor (PE) on the network references a property setup table to determine property information depending on the message type and places the information into the message. For example, a route bit RB as the property information is set to "0" or "1" depending on whether the message is originated by the sending PE or is a message acknowledging the receipt of another message. According to the RB bit in the received message, a route instruction circuit in each exchange switch (EX) references a route instruction table to determine the message destination that depends on the receiving PE number designated by the message. Each EX has a plurality of virtual channel circuits. Each virtual channel circuit has a plurality of buffers assigned beforehand to different values of the RB bit within the message. The received message is placed into the buffer corresponding to the RB bit value of the message, whereby conflict between messages is minimized.
    • 使用简单结构化网络的并行计算机,其允许消息传送路由上的负载尽可能均等地分布,并且减轻正在传送的不同类型的消息之间的可能的冲突。 给定要发送的消息,网络上的每个处理器(PE)引用属性设置表以根据消息类型来确定属性信息,并将信息放入消息中。 例如,作为属性信息的路由比特RB被设置为“0”或“1”,取决于该消息是由发送PE发起还是确认接收另一消息的消息。 根据接收到的消息中的RB位,每个交换交换机(EX)中的路由指令电路参考路由指令表,以确定取决于由消息指定的接收PE号码的消息目的地。 每个EX具有多个虚拟通道电路。 每个虚拟通道电路具有预先分配给消息内的RB位的不同值的多个缓冲器。 接收到的消息被放置在与消息的RB比特值相对应的缓冲器中,由此消息之间的冲突被最小化。