Defining the spectrum of client-server architectures.
定义客户机-服务器架构的涉及范围。
The future server architectures will be the foundation of the cloud in the future.
未来的服务器架构将是未来云计算的基础。
IDS offers a replication solution that takes full advantage of scalable parallel-processing server architectures to meet the most demanding computing environments.
IDS提供了一个复制解决方案，该解决方案利用可伸缩并行处理服务器架构，以满足要求最高的计算环境。
While the RDBMS provides a rock-solid foundation for storing data in traditional client-server architectures, it doesn't easily (or cheaply) scale to multiple nodes.
尽管RDBMS为在传统的客户端-服务器架构中存储数据提供了一个坚实的基础，但它不能轻松地(或便宜地)扩展到多个节点。
In these architectures, a client with a unique name communicates with another client with a unique name through an associated server.
在这些架构中，具有惟一名称的客户机通过相关的服务器与另外一个具有惟一名称的客户机进行通信。
All the data and the actions (requests to the server) are part of the model, as is common in typical model View Control (MVC) architectures.
所有的数据和动作(请求服务器)都属于模型的一部分，和典型的模型-视图-控制器(MVC)架构一样。
In the always-offline and mixed architectures, local changes need to be propagated to the server, and the client needs to receive updates from the server.
在始终脱机和混合架构中，本地更改需要传递到服务器，并且客户机需要从服务器接收更新。
Typically, such architectures include one or more clients that communicate with a single central server that resides on a different host.
在这种架构中，通常有一个或多个客户端与同一个中央服务器通信，中央服务器驻留在一个不同的主机上。
Table 1: Client and Server components in different RPC architectures
表1：不同RPC架构中的客户机与服务器组件
WebSEAL can be used to provide a secure network proxy environment while the Web 2.0 feature pack provides the server and client application technologies to create Ajax style architectures.
WebSEAL可被用来提供一个安全代理环境，而Web 2.0功能部件包则可提供服务器和客户机应用程序技术来创建Ajax风格的架构。
Clones can run on any server machine in the cluster, and multiple clones of a single server can run on a single machine to take advantage of multiprocessor architectures.
克隆可以在群集中的任一台服务器机器上运行，单个服务器的多个克隆可以在单台机器上运行以利用多处理机体系结构。
In addition, multiple clones of a single server can run on a single machine, taking advantage of multiprocessor architectures.
另外，一个服务器的多个克隆模型也能运行与一台机子上，充分利用了多处理器的结构特点。
Think, for example, of layered architectures, model view controller (MVC), client-server, or even SOA.
例如，分层体系结构、模型-视图-控制器(Model View Controller,mvc)、客户机-服务器甚至SOA。
In server-side developments, it's easy to find patterns or architectures that use this approach. To cite some examples.
在服务器端开发中，很容易找到使用该方法的模式或体系结构。
Web services solutions and service-oriented architectures (SOAs) include service requestor (client) and service provider (server) implementations, which communicate via SOAP (XML messaging).
Web服务解决方案和面向服务体系结构（SOA）包括服务请求者（客户端）和服务提供者（服务器）的实现，它们通过SOAP（XML消息传递）来通信。
This article presents a modeling method based on common I/O paths to describe current storage architectures. Queuing network models are presented for server storage systems and Data Centers.
基于数据存储I/O通道，为“服务器存储”和“数据中心”两种典型存储结构建立排队模型，利用模型对比分析两种结构的性能特点。
This article presents a modeling method based on common I/O paths to describe current storage architectures. Queuing network models are presented for server storage systems and Data Centers.
基于数据存储I/O通道，为“服务器存储”和“数据中心”两种典型存储结构建立排队模型，利用模型对比分析两种结构的性能特点。
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