SCA：系统通信体系结构

“系统通信体系结构”（Systems Communication Architecture，简称SCA）是一种广泛应用于计算机及网络领域的标准化框架，它定义了系统组件之间高效、可靠的数据交换机制。为了方便日常书写与交流，该术语常被缩写为SCA。这一架构为构建复杂的分布式系统提供了关键的理论与实践基础，确保信息传输的规范性和互操作性。

Systems Communication Architecture具体释义

  • 英文缩写：SCA
  • 英语全称：Systems Communication Architecture
  • 中文意思：系统通信体系结构
  • 中文拼音：xì tǒng tōng xìn tǐ xì jié gòu
  • 相关领域： sca 网络

Systems Communication Architecture的英文发音

例句

  1. Aiming at solving this intricate problem, specialists in power system at home have partitioned the information systems and the communication network into several subareas according to the architecture of management in the power industry.
  2. 针对这些新问题，我国的电力专家根据国内电力体制特点将电力系统中的数据通信网络和应用系统进行安全分区。
  3. It provides FCS method to resolve the real-time motion control systems. It analyzes the features of time view, consistent, communication architecture, predictability, debugging, specification and testing in the FCS.
  4. 提出了实时运动控制系统的FCS解法，主要分析了FCS的时间视图、一致性限制、通信系统的体系结构、可预测性、调试、规范和检验方法。
  5. To meet the requirements of the coverage and capacity increase due to the augment of the users number and data rate in traditional cellular systems, based on the analysis of the multi-hop communication scheme, a rectangle-shaped multi-hop cellular architecture is proposed.
  6. 为满足用户数量及数据速率增加对传统蜂窝小区提出的覆盖及容量增加的要求，文中分析多跳通信模式的基础上，提出矩形蜂窝结构。
  7. The configurable and monitored NoC not only inherits the advantages of the common structure of NoC, but also greatly improves the flexibility and controllability of the NoC systems. We research the NoC prototype based on the two-dimensional mesh, and focus on the communication architecture of NoC.
  8. 在继承普通NoC结构优势的基础上，本文设计了可配置可监测NoC，以极大地提高NoC系统的灵活性和可控性。

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