establishing a low-level computation platform model (10) from sets of sizing parameters (4) representative of the material and/or software resources necessary to carry out requests generated during the implementation of the or each application (2), the low-level model (10) comprising at least one computation node (60) modeling at least one application (2), material components, one or more operating systems, and services;defining at least one stimulation scenario (6), corresponding to a sequence of generated requests;stimulating the low-level model (10) of the computation platform using the or each scenario and using an event-driven simulation kernel of the stimulation scenario determined as a function of process planning,and,noting the traces of the operation of the low-level model (10) to evaluate the performance thereof."/> Advance Phase Modeling, Simulation and Evaluation Method of a Computation Platform
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Advance Phase Modeling, Simulation and Evaluation Method of a Computation Platform

机译:计算平台的高级阶段建模,仿真和评估方法

摘要

The method comprises the following steps:establishing a low-level computation platform model (10) from sets of sizing parameters (4) representative of the material and/or software resources necessary to carry out requests generated during the implementation of the or each application (2), the low-level model (10) comprising at least one computation node (60) modeling at least one application (2), material components, one or more operating systems, and services;defining at least one stimulation scenario (6), corresponding to a sequence of generated requests;stimulating the low-level model (10) of the computation platform using the or each scenario and using an event-driven simulation kernel of the stimulation scenario determined as a function of process planning,and,noting the traces of the operation of the low-level model (10) to evaluate the performance thereof.
机译:该方法包括以下步骤: 根据尺寸参数集( 4 )建立低级计算平台模型( 10 ),这些参数代表了必要的材料和/或软件资源执行在执行每个应用程序( 2 )期间生成的请求,低级模型( 10 )包括至少一个计算节点( 60 < / B>)建模至少一个应用程序( 2 ),材料组件,一个或多个操作系统和服务; 定义至少一个刺激场景( 6 ),对应于一系列生成的请求; 刺激低水平或每个场景并使用刺激的事件驱动模拟内核的计算平台模型( 10 )关系情景根据过程计划而确定,和, 注意到低级模型( 10 )评估其性能的操作痕迹。

著录项

  • 公开/公告号US2012259613A1

    专利类型

  • 公开/公告日2012-10-11

    原文格式PDF

  • 申请/专利权人 MICHAËL LAFAYE;

    申请/专利号US201213439596

  • 发明设计人 MICHAËL LAFAYE;

    申请日2012-04-04

  • 分类号G06F9/44;

  • 国家 US

  • 入库时间 2022-08-21 17:35:14

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