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    • 3. 发明授权
    • Data sharing method in a plurality of computer systems
    • 多个计算机系统中的数据共享方法
    • US5978839A
    • 1999-11-02
    • US859400
    • 1997-05-20
    • Susumu OkuharaHiroshi MorishimaShingo MaedaKikuko Morishima
    • Susumu OkuharaHiroshi MorishimaShingo MaedaKikuko Morishima
    • G06F13/14G06F15/16G06F15/167G06F15/177G06F13/00
    • G06F15/167
    • Processor apparatuses share data, used in common for a plurality of systems, in a global memory in a share system. The global memory is divided into constant units and the individual division units are managed by using identifiers which are definitely determined as viewed from the processor apparatuses and the share system. When an inter-system exclusive state conditioning unit of a processor apparatus designates a desired area on an address space in the processor apparatus by using an identifier to obtain a locked resource, an update state confirming unit checks whether data in a corresponding unit in the share system is updated, and when the data is updated, a data transferring unit transfers the data in the corresponding unit in the share system to the address space. Accordingly, a program operating on each computer system can easily access the data shared by the systems without being aware of the presence of the share system. When the locked resource is released, a data transferring unit transfers the data to the corresponding unit in the share system if the data in the address space is updated.
    • 处理器设备在共享系统的全局存储器中共享用于多个系统的共同使用的数据。 全局存储器被分为恒定单元,并且通过使用从处理器装置和共享系统观察确定地确定的标识符来管理各个分割单元。 当处理器装置的系统间独立状态调节单元通过使用标识符来获取锁定的资源来指定处理器装置中的地址空间上的期望区域时,更新状态确认单元检查在共享中相应单元中的数据 系统被更新,并且当更新数据时,数据传送单元将共享系统中的相应单元中的数据传送到地址空间。 因此,在每个计算机系统上操作的程序可以容易地访问由系统共享的数据,而不知道共享系统的存在。 当释放锁定的资源时,如果地址空间中的数据被更新,则数据传送单元将数据传送到共享系统中的相应单元。
    • 4. 发明授权
    • Programming environment system for customizing a program application
based upon user input
    • 用于根据用户输入定制程序应用程序的编程环境系统
    • US5600780A
    • 1997-02-04
    • US606461
    • 1996-03-04
    • Rumi HiragaYeong-chang LienYoshiaki MimaHiroshi Morishima
    • Rumi HiragaYeong-chang LienYoshiaki MimaHiroshi Morishima
    • G06F3/14G06F9/06G06F9/44G06F15/00G06F9/00
    • G06F9/45512G06F8/38
    • A programming environment is provided in which an end user of one or more existing applications, e.g. integrated environment applications, can customize the applications with a unique user interface appearance. The environment consists of one application or a group of applications, a customization facility and a graphical editor. The customization facility records event streams from the user to the applications when they are run, and enables the user to compose a plurality of event streams into a story. The user generates a unique user interface appearance with graphical parts, e.g., boxes, arrows, icons, etc., using the graphical editor. The user then links the graphical parts, or objects of the user interface appearance to event streams or stories, and completes a programming mode. After programming, the user can make the customized application run by interaction with the new user interface appearance, for example picking the graphical objects on the appearance.
    • 提供了一种编程环境,其中一个或多个现有应用的最终用户,例如, 集成环境应用程序,可以用独特的用户界面外观来定制应用程序。 环境由一个应用程序或一组应用程序组成,一个定制工具和一个图形编辑器。 定制设施在运行时将用户事件流记录到应用程序,并使用户能够将多个事件流组成故事。 用户使用图形编辑器生成具有图形部分(例如,框,箭头,图标等)的唯一用户界面外观。 然后,用户将图形部分或用户界面外观的对象链接到事件流或故事,​​并且完成编程模式。 在编程之后,用户可以通过与新的用户界面外观的交互来使定制的应用程序运行,例如在外观上挑选图形对象。
    • 5. 发明授权
    • Programming environment system for customizing a program application
based upon user input
    • 用于根据用户输入定制程序应用程序的编程环境系统
    • US5522024A
    • 1996-05-28
    • US503676
    • 1995-07-18
    • Rumi HiragaYeong-chang LienYoshiaki MimaHiroshi Morishima
    • Rumi HiragaYeong-chang LienYoshiaki MimaHiroshi Morishima
    • G06F3/14G06F9/06G06F9/44G06F15/00G06F9/00
    • G06F9/45512G06F8/38
    • A programming environment is provided in which an end user of one or more existing applications, e.g. integrated environment applications, can customize the applications with a unique user interface appearance. The environment consists of one application or a group of applications, a customization facility and a graphical editor. The customization facility records event streams from the user to the applications when they are run, and enables the user to compose a plurality of event streams into a story. The user generates a unique user interface appearance with graphical parts, e.g., boxes, arrows, icons, etc., using the graphical editor. The user then links the graphical parts, or objects of the user interface appearance to event streams or stories, and completes a programming mode. After programming, the user can make the customized application run by interaction with the new user interface appearance, for example picking the graphical objects on the appearance.
    • 提供了一种编程环境,其中一个或多个现有应用的最终用户,例如, 集成环境应用程序,可以用独特的用户界面外观来定制应用程序。 环境由一个应用程序或一组应用程序组成,一个定制工具和一个图形编辑器。 定制设施在运行时将用户事件流记录到应用程序,并使用户能够将多个事件流组成故事。 用户使用图形编辑器生成具有图形部分(例如,框,箭头,图标等)的唯一的用户界面外观。 然后,用户将图形部分或用户界面外观的对象链接到事件流或故事,​​并且完成编程模式。 在编程之后,用户可以通过与新的用户界面外观的交互来使定制的应用程序运行,例如在外观上挑选图形对象。
    • 6. 发明授权
    • Method and apparatus for managing i/o paths on a storage network
    • 用于管理存储网络上的i / o路径的方法和装置
    • US07130928B2
    • 2006-10-31
    • US10903651
    • 2004-07-29
    • Takahiro HayashiHiroshi MorishimaOsamu Kohama
    • Takahiro HayashiHiroshi MorishimaOsamu Kohama
    • G06F3/00
    • G06F3/0635G06F3/0613G06F3/0683G06F13/385
    • A processing apparatus which stores a first information piece about attributes identifying a specific process generating data input/output requests in such a manner that the first information piece is associated with a second information piece identifying at least one of the physical paths as at least one first physical path, and which, when transmitting first data input/output requests generated by the process identified by the first information piece to the storage apparatus, transmits the first data input/output requests to the storage apparatus via the first physical path identified by the second information piece associated with the first information piece and, when transmitting second data input/output requests generated by a process not identified by the first information piece to the storage apparatus, transmits the second data input/output requests to the storage apparatus via at least one second physical path different from the first physical path of the plurality of physical paths.
    • 一种处理装置,其存储关于识别特定处理的属性的第一信息片段,所述属性以这样的方式使得第一信息片段与识别至少一个物理路径的第二信息片段相关联,所述第二信息片段至少一个第一信息片段 物理路径,并且当将由第一信息片所识别的处理产生的第一数据输入/输出请求发送到存储装置时,经由第二物理路径识别的第一物理路径向存储装置发送第一数据输入/输出请求 与第一信息片相关联的信息片,并且当将由第一信息片段未识别的处理产生的第二数据输入/输出请求发送到存储装置时,经由至少一个发送第二数据输入/输出请求到存储装置 第二物理路径不同于多个物理的第一物理路径 路径。
    • 8. 发明授权
    • Computer system for load balance, and method and program for setting path
    • 用于负载平衡的计算机系统,以及设置路径的方法和程序
    • US07571264B2
    • 2009-08-04
    • US11188887
    • 2005-07-26
    • Hirofumi SaharaHiroshi MorishimaMakoto AokiOsamu KohamaSatoshi KadoiriIsao Nagase
    • Hirofumi SaharaHiroshi MorishimaMakoto AokiOsamu KohamaSatoshi KadoiriIsao Nagase
    • G06F13/00G06F3/00G01R31/28G06F15/173G06F15/16
    • G06F9/5083
    • Provided is a computer system which includes computers and a storage system coupled to the computers. The storage system includes a first load measuring module that measures a first access load for each channel adaptor. At least one of the computers includes a path management module that manages paths through which the computers access logical units. The path management module includes a second load measuring module that measures a second access load imposed by access from the computer to the logical unit, and an active path setting module that selects one of the channel adaptors based on the first access and the second access load measured by the first and second load measuring modules, and setting an active path passing through the channel adaptor. Thus, a load on an entire system is balanced, thereby improving performance while a cache hit rate of a storage system is maintained.
    • 提供了一种包括计算机和耦合到计算机的存储系统的计算机系统。 存储系统包括测量每个通道适配器的第一访问负载的第一负载测量模块。 至少一个计算机包括路径管理模块,其管理计算机通过其访问逻辑单元的路径。 路径管理模块包括第二负载测量模块,其测量从计算机到逻辑单元的访问施加的第二访问负载;以及主动路径设置模块,其基于第一访问和第二访问负载来选择一个信道适配器 由第一和第二负载测量模块测量,并且设置通过通道适配器的有效路径。 因此,平衡整个系统上的负载,从而在保持存储系统的高速缓存命中率的同时提高性能。
    • 9. 发明授权
    • Method and apparatus for managing I/O paths on a storage network using priority
    • 使用优先级管理存储网络上的I / O路径的方法和装置
    • US07519744B2
    • 2009-04-14
    • US11949440
    • 2007-12-03
    • Takahiro HayashiHiroshi MorishimaOsamu Kohama
    • Takahiro HayashiHiroshi MorishimaOsamu Kohama
    • G06F3/00G06F15/173G06F13/00H04B7/212
    • G06F3/0635G06F3/0613G06F3/0683G06F13/385
    • A processing apparatus which stores a first information piece about attributes identifying a specific process generating data input/output requests in such a manner that the first information piece is associated with a second information piece identifying at least one of the physical paths as at least one first physical path, and which, when transmitting first data input/output requests generated by the process identified by the first information piece to the storage apparatus, transmits the first data input/output requests to the storage apparatus via the first physical path identified by the second information piece associated with the first information piece and, when transmitting second data input/output requests generated by a process not identified by the first information piece to the storage apparatus, transmits the second data input/output requests to the storage apparatus via at least one second physical path different from the first physical path of the plurality of physical paths.
    • 一种处理装置,其存储关于识别特定处理的属性的第一信息片段,所述属性以这样的方式使得第一信息片段与识别至少一个物理路径的第二信息片段相关联,所述第二信息片段至少一个第一信息片段 物理路径,并且当将由第一信息片所识别的处理产生的第一数据输入/输出请求发送到存储装置时,经由第二物理路径识别的第一物理路径向存储装置发送第一数据输入/输出请求 与第一信息片相关联的信息片,并且当将由第一信息片未被识别的处理产生的第二数据输入/输出请求发送到存储装置时,经由至少一个发送第二数据输入/输出请求到存储装置 第二物理路径不同于多个物理的第一物理路径 路径。