Grid computing is a broad term that typically refers to a service-oriented architecture (SOA) with collaboration among loosely coupled systems.
网格计算是一个更为广泛的术语，通常用来代表利用松耦合系统之间的协作来实现面向服务的架构(SOA)。
This global computing platform is just like many popular grid systems using CPU cycle stealing technology, is dedicated to general applications with multiple parameters.
这个全局计算平台，和很多个流行的网格系统一样，利用窃取CPU周期技术，致力干解决多参量一般型应用。
The model addresses the interoperable issues among heterogeneous grid monitoring systems and efficiently monitoring resources in high-performance distributed computing environments.
该模型能够解决异构网格监测系统之间的互连问题，并有效地对高性能分布式计算环境进行智能监测。
Grid computing connects storage and data, as well as CPUs from multiple systems, into a centrally managed but flexible computing environment.
网格计算把存储资源和数据以及来自多个系统的CPU一同连接到集中管理但非常灵活的计算环境中。
Job runtime systems under grid environment helps users to remotely submit jobs to grid resources, to execute scientific computing applications and to manage running jobs.
网格环境下的作业运行支持系统支持用户在网格资源上远程提交作业任务，执行科学计算应用程序，并管理运行着的作业任务。
Grid Computing has a key characteristic, that is, multiple systems cooperation and solving a complex program or realizing complex function together.
网格计算的一个显著的特点是多系统相互协作，共同解决一个复杂问题或者实现复杂的功能。
Grid Computing has a key characteristic, that is, multiple systems cooperation and solving a complex program or realizing complex function together.
网格计算的一个显著的特点是多系统相互协作，共同解决一个复杂问题或者实现复杂的功能。
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