企业使用这些服务网格与其他合作伙伴、服务提供商客户以及供应商的系统交互。
The enterprise uses these service grids to interact with other partners, service provider customers, and suppliers' systems.
服务网格业务的松散耦合、地理分布、运行时间长等特点决定了它的不可靠性。
Service grid business is unreliable because of its character of loosely coupled, distributed and long running.
网格环境中的信任问题是网格安全问题的核心，信任关系模型是服务网格基础设施的必要组件。
And the trust problem is the key of the grid's security. The trust relationship model is a required component of the service grid's basic infrastructure.
在服务网格业务流程调度中，由多个局部代理透明地进行自动作业调度，协调使用分布的资源。
So it needs to coordinate the distributed resources and carries through the job scheduling automatically and transparently by the local brokers.
实际应用表明，该模型充分利用了编译服务网格资源，提高了编译效率，具有很高的实用价值。
At last, used the compile resource adequately and improved the efficiency in practice, so the model is very valuable.
这些服务网格使参与公司可以形成松散的联盟，每个公司具有自己的内部计算机、网络以及安全基础结构和策略。
The service grid lets participating companies act as a loose federation, each with its own internal computer, network, and security infrastructure and policies.
在动态构建服务网格虚拟组织以协同问题求解的新趋势下，提出了一种服务网格工作流委托授权模型。
Under trend of dynamically constructing service grid virtual organization to solve coordinated work question, a delegation authorization model for service grid workflow is proposed.
由于服务网格具有大规模性、动态性、异构性以及资源自主性等特征，它在安全方面提出了更高更广泛的需求。
However, the security requirements of the service-oriented grid are higher and more extensive because of its characteristics, such as large scale, dynamics, heterogeneity, and the resource's autonomy.
本文介绍了网格计算的基本架构，并通过一组实际应用的案例说明了如何构建数据网格、计算网格和服务网格。
In this paper, we introduced the basic grid computing framework, and described how to construct data grid, compute grid and service grid with some real use cases.
当前网格应用主要集中在计算网格、数据网格、语义网格、信息网格、知识网格、服务网格以及着重于家庭网络的设备网格等方面。
Currently, Grid application mainly concentrates on Computational Grid, Data Grid, Semantic Grid, Information Grid, Knowledge Grid, Service Grid and Equipment Grid, etc.
为了实现服务网格系统内负载的均衡分布，提高资源利用率和系统的吞吐率，设计并实现了一种基于服务网格环境的动态负载平衡系统。
In order to realize load balance distribution and improve resource availability and throughput rate of a service grid system, a dynamic load balance system is designed and implemented.
TestMaker部署这些测试到一个QA实验室的测试服务网格中，也部署到一个云计算环境中（AmazonEC2、GoGrid、Collabnet和Rackspace）。
TestMaker deploys the tests to a grid of test servers in a QA lab and also to a cloud computing environment (Amazon EC2, GoGrid, Collabnet, and Rackspace.)
TestMaker部署这些测试到一个QA实验室的测试服务网格中，也部署到一个云计算环境中（AmazonEC2、GoGrid、Collabnet和Rackspace）。
TestMaker deploys the tests to a grid of test servers in a QA lab and also to a cloud computing environment (Amazon EC2, GoGrid, Collabnet, and Rackspace.)
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