channel address word

简明释义

通道地址字

英英释义

例句

1.The software uses a channel address word 通道地址字 to identify which channel to send the signal to.

该软件使用通道地址字 channel address word 来识别要发送信号的通道。

2.Each device on the network must have a unique channel address word 通道地址字 to prevent conflicts.

网络上的每个设备必须有一个唯一的通道地址字 channel address word 以防止冲突。

3.When configuring the network, ensure that the channel address word 通道地址字 is set correctly to avoid data loss.

在配置网络时，确保正确设置通道地址字 channel address word 以避免数据丢失。

4.The channel address word 通道地址字 helps in managing multiple data streams effectively.

在有效管理多个数据流时，通道地址字 channel address word 是非常有帮助的。

5.In digital communication systems, the channel address word 通道地址字 is crucial for directing data to the correct destination.

在数字通信系统中，通道地址字 channel address word 对于将数据定向到正确的目的地至关重要。

作文

In the world of computer architecture and data communication, understanding the concept of a channel address word is crucial for efficient data transfer and management. A channel address word refers to a specific data structure that contains the necessary information to identify a channel in a communication system. Channels are pathways through which data flows between different components of a computer system or between different systems. The channel address word plays a vital role in ensuring that data is sent to the correct destination without errors or loss. The importance of the channel address word can be seen in various applications, such as networking, where multiple devices communicate simultaneously. Each device needs a unique identifier to ensure that the data packets are correctly routed to their intended recipients. The channel address word provides this identification by specifying the channel number and other relevant parameters. This allows for organized and efficient communication, minimizing the chances of data collision or misrouting.Moreover, in modern computing environments, where multitasking and parallel processing are prevalent, the use of channel address words becomes even more essential. Operating systems manage multiple processes and threads, each requiring its own communication channels. By utilizing channel address words, the operating system can keep track of which process is using which channel, thus maintaining order and preventing conflicts. This is particularly important in real-time systems, where timely data delivery is critical.In addition to their role in identifying channels, channel address words also contain control information that can influence how data is transmitted. For example, they may specify the priority of a particular channel, allowing more important data to be transmitted first. This prioritization is crucial in scenarios where bandwidth is limited, and certain types of data need to be delivered more urgently than others. By embedding this control information within the channel address word, systems can dynamically adjust to changing conditions and optimize performance.Furthermore, the design of channel address words must consider scalability. As systems grow and evolve, the need for additional channels may arise. A well-designed channel address word should accommodate an increasing number of channels without sacrificing performance or complicating the communication process. This scalability ensures that a system can adapt to future demands, making it a robust solution for long-term use.In conclusion, the channel address word is a fundamental component in the realm of computer communications and architecture. Its ability to uniquely identify channels, manage data flow, and incorporate control information makes it indispensable for efficient data transfer. As technology continues to advance, the significance of channel address words will only grow, highlighting the need for a deeper understanding of this concept among computer scientists and engineers. By mastering the intricacies of channel address words, professionals can contribute to the development of more effective and reliable communication systems, ultimately enhancing the overall performance of computer networks and architectures.

在计算机架构和数据通信的世界中，理解“通道地址字”这一概念对于高效的数据传输和管理至关重要。“通道地址字”指的是一种特定的数据结构，其中包含识别通信系统中通道所需的信息。通道是数据在计算机系统的不同组件之间或不同系统之间流动的路径。“通道地址字”在确保数据被无误地发送到正确目的地方面起着至关重要的作用。“通道地址字”的重要性可以在各种应用中看到，例如网络，其中多个设备同时进行通信。每个设备都需要一个唯一的标识符，以确保数据包正确路由到其预定接收者。“通道地址字”通过指定通道号和其他相关参数提供这种识别。这使得通信有序且高效，最小化数据碰撞或错误路由的可能性。此外，在现代计算环境中，任务并行处理和多任务处理普遍存在，因此使用“通道地址字”变得更加必要。操作系统管理多个进程和线程，每个进程或线程都需要自己的通信通道。通过利用“通道地址字”，操作系统可以跟踪哪个进程正在使用哪个通道，从而保持秩序并防止冲突。这在实时系统中特别重要，因为及时的数据交付至关重要。除了在识别通道中的作用外，“通道地址字”还包含控制信息，可以影响数据的传输方式。例如，它们可能会指定特定通道的优先级，从而允许更重要的数据优先传输。这种优先级在带宽有限的情况下尤为重要，在这种情况下，某些类型的数据需要更紧急地传递。通过将这些控制信息嵌入“通道地址字”中，系统可以动态地适应变化的条件并优化性能。此外，“通道地址字”的设计必须考虑可扩展性。随着系统的增长和演变，可能会出现对额外通道的需求。一个设计良好的“通道地址字”应能够在不牺牲性能或复杂通信过程的情况下，容纳越来越多的通道。这种可扩展性确保系统能够适应未来的需求，使其成为长期使用的稳健解决方案。总之，“通道地址字”是计算机通信和架构领域的基本组成部分。它独特地识别通道、管理数据流并嵌入控制信息的能力，使其在高效的数据传输中不可或缺。随着技术的不断进步，“通道地址字”的意义只会增加，这突显了计算机科学家和工程师深入理解这一概念的必要性。通过掌握“通道地址字”的复杂性，专业人士可以为开发更有效、更可靠的通信系统做出贡献，最终提升计算机网络和架构的整体性能。