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    • 1. 发明申请
    • COMPUTER RESOURCE DISTRIBUTION METHOD BASED ON PREDICTION
    • 基于预测的计算机资源分配方法
    • US20120215924A1
    • 2012-08-23
    • US13461999
    • 2012-05-02
    • 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。
    • 3. 发明申请
    • PROGRAM DEPLOYMENT APPARATUS AND METHOD
    • 程序部署装置和方法
    • US20110113127A1
    • 2011-05-12
    • US13009909
    • 2011-01-20
    • Takashi TAMESHIGEYoshifumi TAKAMOTO
    • Takashi TAMESHIGEYoshifumi TAKAMOTO
    • G06F15/177G06F15/173
    • G06F8/64G06F8/61
    • With a management server that is connected via a network to at least one physical server including a physical server with a virtualization facility for providing a virtual server to a client and deploys a program to the at least one physical server as necessary, and by a program deployment method for such a management server for deploying a program to the at least one physical server as necessary, there is provided units for detecting one or more nodes which are any of the physical server, the virtualization facility, and the virtual server and connected via the network, acquiring first configuration information about a virtual layer of each detected node for each detected node, and selectively deploying the program to the relevant node based on the first configuration information for each acquired node.
    • 使用经由网络连接到至少一个物理服务器的管理服务器,所述物理服务器包括具有用于向客户端提供虚拟服务器的虚拟化设施的物理服务器,并且根据需要将程序部署到所述至少一个物理服务器,并且通过程序 提供了用于这样的管理服务器的部署方法,用于根据需要将程序部署到至少一个物理服务器,提供了用于检测作为物理服务器,虚拟化设施和虚拟服务器中的任一个的一个或多个节点并经由 网络,获取关于每个检测到的节点的每个检测到的节点的虚拟层的第一配置信息,以及基于每个获取的节点的第一配置信息,选择性地将该程序部署到相关节点。
    • 4. 发明申请
    • COMPUTER RESOURCE DISTRIBUTION METHOD BASED ON PREDICITON
    • 基于PREDICITON的计算机资源分配方法
    • US20090113056A1
    • 2009-04-30
    • US12334736
    • 2008-12-15
    • 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。
    • 6. 发明申请
    • PROGRAM DEPLOYMENT APPARATUS AND METHOD
    • 程序部署装置和方法
    • US20090287799A1
    • 2009-11-19
    • US12191767
    • 2008-08-14
    • Takashi TAMESHIGEYoshifumi TAKAMOTO
    • Takashi TAMESHIGEYoshifumi TAKAMOTO
    • G06F15/177
    • G06F8/64G06F8/61
    • With a program deployment apparatus that is connected via a network to at least one physical server including a physical server with a virtualization facility for providing a virtual server to a client and deploys a program to the at least one physical server as necessary, and by a program deployment method for such a program deployment apparatus for deploying a program to the at least one physical server as necessary, one or more nodes which are connected via the network and are any of the physical server, the virtualization facility, and the virtual server are detected, first configuration information about a virtual layer of each detected node is acquired for each detected node, and the program is selectively deployed to the relevant node based on the first configuration information for each acquired node.
    • 使用经由网络连接到至少一个物理服务器的程序部署设备,所述物理服务器包括具有用于向客户端提供虚拟服务器的虚拟化设施的物理服务器,并且根据需要将程序部署到所述至少一个物理服务器,并且通过 用于这样的程序部署装置的程序部署方法,用于根据需要将程序部署到至少一个物理服务器,经由网络连接并且是物理服务器,虚拟化设施和虚拟服务器中的任一个的一个或多个节点是 针对每个检测到的节点获取关于每个检测到的节点的虚拟层的第一配置信息,并且基于每个获取的节点的第一配置信息,将该程序选择性地部署到相关节点。