电子设计工程
電子設計工程
전자설계공정
ELECTRONIC DESIGN ENGINEERING
2011年
19期
22-25
,共4页
云计算%云服务%性能%测量%Amazon%SimpleDB
雲計算%雲服務%性能%測量%Amazon%SimpleDB
운계산%운복무%성능%측량%Amazon%SimpleDB
cloud computing%cloud service%performance%evaluation%Amazon SimpleDB
为了衡量云计算的服务性能。分析了云计算服务的处理过程,提出了一个以排队论为基础的云计算服务性能模型。以Amazon SimpleDB的更新延迟为例,仿真验证了该模型,并以此为基础,分析比较了模型中的关键因子。实验表明,提升服务装置的性能可以有效提升云计算服务的性能,且在云计算部署后期,虚拟机实例的性能是服务性能提升的瓶颈。
為瞭衡量雲計算的服務性能。分析瞭雲計算服務的處理過程,提齣瞭一箇以排隊論為基礎的雲計算服務性能模型。以Amazon SimpleDB的更新延遲為例,倣真驗證瞭該模型,併以此為基礎,分析比較瞭模型中的關鍵因子。實驗錶明,提升服務裝置的性能可以有效提升雲計算服務的性能,且在雲計算部署後期,虛擬機實例的性能是服務性能提升的瓶頸。
위료형량운계산적복무성능。분석료운계산복무적처리과정,제출료일개이배대론위기출적운계산복무성능모형。이Amazon SimpleDB적경신연지위례,방진험증료해모형,병이차위기출,분석비교료모형중적관건인자。실험표명,제승복무장치적성능가이유효제승운계산복무적성능,차재운계산부서후기,허의궤실례적성능시복무성능제승적병경。
In order to evaluate the performance of cloud service, this paper analyzed the process of cloud service and presented a mathematical model of service performance base on queuing theory. Take the update latency of Amazon SimpleDB as an example, simulation results demonstrated the validity of this method. On this basis, the key factors were analyzed and compared in this paper. Experiment results showed that improving service processing unit could improve efficiently the performance of cloud service, and the performance of virtual machine could be the bottleneck in the later period of cloud computing deployment.