The grid is a collection of heterogeneous computing resources.
网格是一组异质计算资源。
Heterogeneous computing is a new branch of parallel processing and expected to reach super speedup.
异构计算是并行处理的一个新领域，可望达到超级线性加速比。
This paper describes how to carry out task mapping and scheduling in heterogeneous computing system (HCS) using list scheduling algorithms.
研究了在异构计算系统(HCS)中利用表调度式算法进行任务映射与调度。
The emergence of internet-based Virtual Computing Environment (iVCE) makes it possible to integrate distributed and heterogeneous computing resources.
如何设计并实现一个能适应虚拟计算环境需求的健壮、高效、安全的目录服务是本文的研究内容。
A dynamic implementation tool for heterogeneous computing called CHP (Coarse grained heterogeneous Pre compiler) based on user directed approach was proposed.
提出了一种基于用户指导法的异构计算的动态实现工具，称为粗粒度异构预编译器(chp)。
Furthermore, we study an implementing model for heterogeneous task graph, which is the bridge between software and hardware in the environment of heterogeneous computing.
还研究了异构任务图的实现模型，它是异构计算环境中软件和硬件的桥梁。
Thus the main challenge is to consolidate heterogeneous workloads of the same organization on the cloud computing platform through VCL.
因此主要难题就是通过VCL在云计算平台上整合同一组织中的异构工作负载。
As much as some of us dream of a world where all the computing systems are homogeneous, the world has been, is, and will be running heterogeneous systems and services.
尽管很多人梦想着在一个简单的世界，所有的计算机都运行同样的系统。然而这个世界过去是，现在是，将来也一定是运行着各种不同的系统和服务的。
Scheduling of heterogeneous system takes aim at balancing computing load and getting minimal parallel execute time.
异构系统上调度的目标是平衡计算负载，以获得最短的并行计算时间。
Heterogeneous databases interoperation is related to distributed computing, so the paper studied CORBA technique.
异构数据库互操作研究涉及到分布式计算，为此，本文研究了CORBA技术。
Since the resource has the characteristics of dynamics and heterogeneous, task scheduling becomes a very complex and challenging problem in the grid computing.
由于资源具有异构、动态等特性，计算网格环境下的调度就成了一个非常复杂且具有挑战性的问题。
With the increase in applications and the changes of application requirements, the personal computing environment needs to integrate heterogeneous applications in diversified operating systems.
随着应用资源的日益增长和应用需求的不断变化，个人计算环境需要集成不同平台的异构应用资源。
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。
This paper is to propose a design solution for heterogeneous multi-core architecture according to a kind of high-performance computing.
本文提出了一种针对高性能运算的异构多核结构设计方案。
The presented algorithm can reduce computing complexity and solve the common information-lacking problem of heterogeneous sensors efficiently.
该算法降低了多传感器多目标跟踪的复杂性和计算量，有效地解决了异类多传感器可用公共信息少的问题。
The article solves the problem of heterogeneous ontology by the technology of computing ontology similarity, the difficult issue is that Ontologies have many attribute and complex relationship.
本文通过本体相似度计算技术来解决本体异构问题，难点在于本体的属性繁多，本体间关系复杂。
Grid system is a heterogeneous and dynamic distributed system, its computing abilities are various for different Grid nodes.
网格系统是异构和动态分布系统，其节点的计算能力存在差异。
Owing to excellent extensibility and usability, heterogeneous cluster has gradually become the main platform of current parallel computing.
集群系统由于其良好的扩展性和可用性，逐渐成为当前并行计算的主要平台。
CORBA Technology is widely used in distributed computing to solve the problem of interoperability between heterogeneous systems.
CORBA技术是当前流行的日渐成熟的分布式计算技术，主要用来解决分布式异构系统互操作的问题。
CORBA Technology is widely used in distributed computing to solve the problem of interoperability between heterogeneous systems.
CORBA技术是当前流行的日渐成熟的分布式计算技术，主要用来解决分布式异构系统互操作的问题。
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