电子设计工程
電子設計工程
전자설계공정
ELECTRONIC DESIGN ENGINEERING
2012年
19期
1-4
,共4页
汪俭华%冯锡炜%张永攀%关沧%毕福伟
汪儉華%馮錫煒%張永攀%關滄%畢福偉
왕검화%풍석위%장영반%관창%필복위
云计算%Platform%Symphony%蒙特卡罗模拟%高性能计算
雲計算%Platform%Symphony%矇特卡囉模擬%高性能計算
운계산%Platform%Symphony%몽특잡라모의%고성능계산
cloud computing%Platform Symphony%Monte Carlo simulation%high performance computing
为了提高蒙特卡罗模拟分析的效率,设计了一种以PlatformSymphony为基础的云计算平台,并对平台进行了扩展和集成,详细论述了实现的过程以及关键技术。通过实验表明,该平台能够进行高性能计算,输出的结果精确,是实现蒙特卡罗模拟分析的实用工具。
為瞭提高矇特卡囉模擬分析的效率,設計瞭一種以PlatformSymphony為基礎的雲計算平檯,併對平檯進行瞭擴展和集成,詳細論述瞭實現的過程以及關鍵技術。通過實驗錶明,該平檯能夠進行高性能計算,輸齣的結果精確,是實現矇特卡囉模擬分析的實用工具。
위료제고몽특잡라모의분석적효솔,설계료일충이PlatformSymphony위기출적운계산평태,병대평태진행료확전화집성,상세논술료실현적과정이급관건기술。통과실험표명,해평태능구진행고성능계산,수출적결과정학,시실현몽특잡라모의분석적실용공구。
In order to improve the efficiency of the monte carlo simulation, the Platform Symphony based on Cloud Computing was designed, and the platform was expanded and integrated, the process and key technology was discussed in details. Experiments show that the platform can provide high performance computing and accurate results. It is a practical tool that realizing the Monte Carlo simulation.