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    • 1. 发明授权
    • Allocating a task to a computer based on determined resources
    • 根据确定的资源将任务分配到计算机
    • US09396026B2
    • 2016-07-19
    • US13877696
    • 2010-12-16
    • Yujiro IchikawaYoshifumi TakamotoTakashi Tameshige
    • Yujiro IchikawaYoshifumi TakamotoTakashi Tameshige
    • G06F9/46G06F9/50G06F9/48
    • G06F9/50G06F9/4881G06F9/505G06F2209/485
    • A processing control method whereby a management server: assigns work to and executes said work on a computer; sets the processing start time and the processing end time for the aforementioned work as task execution information; sets a first physical resource amount, which is the amount of the physical resources of the aforementioned computer needed for execution of the aforementioned processing; acquires a second physical resource amount, which is the amount of the physical resources of the aforementioned computer that are being used; updates the processing start time for the aforementioned work to a time that is close to the current time when the aforementioned computer has the physical resources of the sum of the aforementioned first physical resource amount and the aforementioned second physical resources; and instructs the aforementioned computer to begin the aforementioned processing when the current time reaches the aforementioned processing start time.
    • 一种处理控制方法,其中管理服务器:在计算机上分配工作并执行所述工作; 将上述工作的处理开始时间和处理结束时间设定为任务执行信息; 设置第一物理资源量,其为执行上述处理所需的上述计算机的物理资源量; 获取作为正在使用的上述计算机的物理资源量的第二物理资源量; 将上述工作的处理开始时间更新为当上述计算机具有上述第一物理资源量和上述第二物理资源之和的物理资源时接近当前时间的时间; 并且当当前时间达到上述处理开始时间时,指示上述计算机开始上述处理。
    • 3. 发明授权
    • Computer resource distribution method based on prediction
    • 基于预测的计算机资源分配方法
    • US08195800B2
    • 2012-06-05
    • US12334736
    • 2008-12-15
    • Takashi TameshigeYoshifumi Takamoto
    • Takashi TameshigeYoshifumi Takamoto
    • G06F15/16G06F15/173G06Q10/10
    • G06F9/5011G06F9/5083G06F2209/5019
    • A resource distribution method capable of lending surplus resources among a plurality of services and reducing the maintenance cost of the surplus resources is provided. Computer resources in the standby system have a dead standby state in which at least an application is not installed. A plurality of services or a plurality of users share the computer resources in the standby system. As a result, improvement of the utilization factor of idle computer resources and server integration are implemented, and the cost required to maintain the computer resources is reduced. Furthermore, load prediction is conducted as regards individual services by using past operation history. Idle computer resources secured from services having surplus and maintained are thrown in according to a result of the prediction.
    • 提供了能够在多个服务中借出剩余资源并降低剩余资源的维护成本的资源分配方法。 备用系统中的计算机资源具有至少未安装应用程序的死待命状态。 多个服务或多个用户共享备用系统中的计算机资源。 结果,实现了空闲计算机资源利用率的提高和服务器集成,降低了维护计算机资源所需的成本。 此外,通过使用过去的操作历史来进行关于个体服务的负载预测。 根据预测的结果,投入了从具有剩余和维护的服务中获得的空闲计算机资源。
    • 6. 发明授权
    • Computer resource distribution method based on prediction
    • 基于预测的计算机资源分配方法
    • US07500001B2
    • 2009-03-03
    • US10951813
    • 2004-09-29
    • Takashi TameshigeYoshifumi Takamoto
    • Takashi TameshigeYoshifumi Takamoto
    • G06F15/173
    • G06F9/5011G06F9/5083G06F2209/5019
    • A resource distribution method capable of lending surplus resources among a plurality of services and reducing the maintenance cost of the surplus resources is provided. Computer resources in the standby system have a dead standby state in which at least an application is not installed. A plurality of services or a plurality of users share the computer resources in the standby system. As a result, improvement of the utilization factor of idle computer resources and server integration are implemented, and the cost required to maintain the computer resources is reduced. Furthermore, load prediction is conducted as regards individual services by using past operation history. Idle computer resources secured from services having surplus and maintained are thrown in according to a result of the prediction.
    • 提供了能够在多个服务中借出剩余资源并降低剩余资源的维护成本的资源分配方法。 备用系统中的计算机资源具有至少未安装应用程序的死待命状态。 多个服务或多个用户共享备用系统中的计算机资源。 结果,实现了空闲计算机资源利用率的提高和服务器集成,降低了维护计算机资源所需的成本。 此外,通过使用过去的操作历史来进行关于个体服务的负载预测。 根据预测的结果,投入了从具有剩余和维护的服务中获得的空闲计算机资源。
    • 7. 发明授权
    • Data sharing method among remote computer systems and disk control device thereof
    • 远程计算机系统及其磁盘控制装置之间的数据共享方法
    • US07219191B2
    • 2007-05-15
    • US10650828
    • 2003-08-29
    • Yoshifumi TakamotoTakashi Tameshige
    • Yoshifumi TakamotoTakashi Tameshige
    • G06F13/00
    • G06F3/065G06F3/0617G06F3/0689
    • A data sharing method and disk control device are ideal for running applications to process large amounts of data on remote computers in the same manner as in a database system. A disk control device contains a management table for showing the relation between a remote access identifier, a remote disk control device identifier, and command transfer control information for the remote disk control device to the disk identifier used by the host device, When a write command to write data on a designated disk is received from the host computer, the disc controller executes both a write process for writing data on a designated disk and a command transfer process for transferring a write command to the remote disk controller in accordance with command transfer control information in the management table.
    • 数据共享方法和磁盘控制设备是以与数据库系统相同的方式运行应用程序来处理远程计算机上的大量数据的理想选择。 磁盘控制装置包含用于显示远程访问标识符,远程磁盘控制设备标识符和用于远程磁盘控制设备的命令传送控制信息与主机设备使用的磁盘标识符之间的关系的管理表,当写命令 从主计算机接收到在指定盘上写入数据时,盘控制器执行用于在指定盘上写入数据的写入处理和用于根据命令传送控制将写命令传送到远程盘控制器的命令传送处理 信息在管理表中。
    • 10. 发明申请
    • CONTROL METHOD OF VIRTUAL MACHINE AND VIRTUAL MACHINE SYSTEM
    • 虚拟机和虚拟机系统的控制方法
    • US20140317625A1
    • 2014-10-23
    • US14358183
    • 2011-12-08
    • Yujiro IchikawaYoshifumi TakamotoTakashi Tameshige
    • Yujiro IchikawaYoshifumi TakamotoTakashi Tameshige
    • G06F9/455
    • G06F9/45533G06F9/45558G06F9/4856G06F9/5077G06F2009/4557
    • A method of controlling a virtual machine, including: detecting a predetermined trigger by a management server; acquiring a relationship between a virtualization unit and a virtual machine operated on a physical computer; specifying a virtual machine as a migration target based on preset trigger definition information; determining a physical computer of a migration destination based on a preset first control pattern to generate a first plan to migrate the virtual machine as the migration destination; transforming the first control pattern to a second control pattern; generating a second plan to migrate the virtual machine as the migration destination; performing arithmetic an evaluation value of the first plan and an evaluation value of the second plan; selecting one of the evaluation values meeting a predetermined condition as an execution plan; and migrating by the management server the virtual machine as the migration target based on the selected execution plan.
    • 一种控制虚拟机的方法,包括:通过管理服务器检测预定的触发; 获取虚拟化单元和在物理计算机上操作的虚拟机之间的关系; 基于预设触发器定义信息指定虚拟机作为迁移目标; 基于预设的第一控制模式确定迁移目的地的物理计算机,以生成迁移作为迁移目的地的虚拟机的第一计划; 将第一控制模式转换为第二控制模式; 生成迁移目的地迁移虚拟机的第二计划; 执行第一计划的评估值和第二计划的评估值的算术; 选择满足预定条件的评估值之一作为执行计划; 并基于所选择的执行计划,由管理服务器迁移虚拟机作为迁移目标。