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Resource management and job scheduling of China earthquake grid experiment system:Construction of resource management and job dynamic scheduling model ProRMJS

HOU Jian-min LIU Rui-feng SHAN Bao-hua ZHAO Yong NIU Ai-jun ZOU Li-ye HOU Li-hua HAN-Jun

地震学报(英文版)2006,Vol.19Issue(6):695-703,9.
地震学报(英文版)2006,Vol.19Issue(6):695-703,9.

Resource management and job scheduling of China earthquake grid experiment system:Construction of resource management and job dynamic scheduling model ProRMJS

Resource management and job scheduling of China earthquake grid experiment system:Construction of resource management and job dynamic scheduling model ProRMJS

HOU Jian-min 1LIU Rui-feng 1SHAN Bao-hua 2ZHAO Yong 1NIU Ai-jun 1ZOU Li-ye 1HOU Li-hua 3HAN-Jun3

作者信息

  • 1. China Earthquake Networks Center, Beijing 100036, China
  • 2. Institute of Computing Technology, Chinese Academy of Sciences, Beijing 100080, China
  • 3. The Second Academy of China-Aerospace Science and Industry Corporation, Beijing 100854, China
  • 折叠

摘要

Abstract

Grid technique is taken as the third generation intemet technology and resource management is the core of it.Aiming at the problems of resource management of CEDAGrid (China Earthquake Disaster Alleviation and Simulation Grid) in its preliminary construction, this paper presents a resource management and job scheduling model:ProRMJS to solve these problems. For platform supposed agreeably each computing node can provide computation service, ProRMJS uses "computation pool" to support scheduler, and then the scheduler allocates jobs dynamically according to computing capability and status of each node to ensure the stability of the platform. At the same time, ProRMJS monitors the status of job on each node and sets a time threshold to manage the job scheduling. By estimating the computing capability of each node, ProRMJS allocates jobs on demand to solve the problem of supposing each node can finish the job acquiescently. When calculating the computing capability of each node,ProRMJS allows for the various factors that affect the computing capability and then the efficiency of the platform is improved. Finally the validity of the model is verified by an example.

关键词

grid computing/earthquake grid/resource management/job allocation

Key words

grid computing/earthquake grid/resource management/job allocation

分类

信息技术与安全科学

引用本文复制引用

HOU Jian-min,LIU Rui-feng,SHAN Bao-hua,ZHAO Yong,NIU Ai-jun,ZOU Li-ye,HOU Li-hua,HAN-Jun..Resource management and job scheduling of China earthquake grid experiment system:Construction of resource management and job dynamic scheduling model ProRMJS[J].地震学报(英文版),2006,19(6):695-703,9.

基金项目

Project "Seismic Data Share" from Ministry of Science and Technology of China. ()

地震学报(英文版)

1000-9116

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