minimum command interval

简明释义

最小指令间隔

英英释义

例句

1.In the robotics programming, setting a minimum command interval 最小命令间隔 ensures that commands are executed without overwhelming the system.

在机器人编程中，设置一个最小命令间隔 最小命令间隔可以确保命令的执行不会使系统过载。

2.For safety reasons, the drone's flight control system has a minimum command interval 最小命令间隔 to prevent rapid changes in direction.

出于安全原因，飞行控制系统设定了一个最小命令间隔 最小命令间隔，以防止快速改变方向。

3.During the testing phase, we observed that the minimum command interval 最小命令间隔 affected the responsiveness of the application.

在测试阶段，我们观察到最小命令间隔 最小命令间隔影响了应用程序的响应能力。

4.The software requires a minimum command interval 最小命令间隔 of 2 seconds to ensure proper processing of inputs.

该软件要求有一个最小命令间隔 最小命令间隔为2秒，以确保输入的正确处理。

5.To avoid conflicts in signal transmission, we must adhere to a strict minimum command interval 最小命令间隔 between commands.

为了避免信号传输中的冲突，我们必须遵守命令之间严格的最小命令间隔 最小命令间隔。

作文

In the realm of technology and communication, particularly in the field of computer networks, the term minimum command interval holds significant importance. This concept refers to the shortest time duration that must elapse between two successive commands sent to a system or device. Understanding this term is crucial for optimizing performance and ensuring efficient operation within various technological frameworks.The minimum command interval is particularly relevant in systems where commands are processed sequentially. For example, in a networked environment, if commands are sent too rapidly without allowing adequate processing time, it can lead to data loss, command failure, or system overload. This is especially true in real-time systems where timing is critical. In such cases, adhering to the minimum command interval ensures that each command is executed properly before the next one is issued, thus maintaining system stability and reliability.Moreover, the minimum command interval can vary depending on the specific system architecture and the nature of the commands being executed. For instance, in a simple device with limited processing power, the minimum command interval might be longer compared to a high-performance server capable of handling multiple commands simultaneously. Therefore, developers and engineers must carefully assess and configure these intervals based on the capabilities of their systems.In practical applications, the minimum command interval also plays a role in user experience. Consider a user interacting with a software application that relies on network communication. If the application does not respect the minimum command interval, users may experience lag, unresponsiveness, or even crashes. Consequently, software developers must design their applications to incorporate appropriate delays between commands, ensuring that users have a seamless experience while interacting with the system.Additionally, in the context of automated systems, such as robotics or industrial automation, the minimum command interval is vital for ensuring safety and precision. Robots executing tasks must receive commands at intervals that allow them to process the information and respond accurately. If commands are issued too quickly, it could result in erratic behavior or accidents, highlighting the necessity of understanding and implementing the minimum command interval in these environments.In conclusion, the concept of minimum command interval is integral to the functioning of various technological systems. It serves as a guideline for both hardware and software design, ensuring that commands are executed efficiently and effectively. By respecting the minimum command interval, developers can enhance system performance, improve user experience, and maintain safety in automated processes. As technology continues to evolve, the importance of this concept will only grow, making it essential for professionals in the field to grasp its significance and application thoroughly.

在技术和通信领域，特别是在计算机网络方面，术语最小命令间隔具有重要意义。该概念指的是必须在向系统或设备发送的两个连续命令之间经过的最短时间。理解这个术语对于优化性能和确保在各种技术框架内的有效操作至关重要。最小命令间隔在顺序处理命令的系统中特别相关。例如，在网络环境中，如果命令发送得过快，而没有给予足够的处理时间，就可能导致数据丢失、命令失败或系统过载。这在实时系统中尤其如此，因为时间至关重要。在这种情况下，遵循最小命令间隔可以确保每个命令在发出下一个命令之前被正确执行，从而保持系统的稳定性和可靠性。此外，最小命令间隔可能会因特定系统架构和执行的命令性质而异。例如，在一个处理能力有限的简单设备中，最小命令间隔可能较长，而在能够同时处理多个命令的高性能服务器中则可能较短。因此，开发人员和工程师必须根据系统的能力仔细评估和配置这些间隔。在实际应用中，最小命令间隔在用户体验中也起着重要作用。考虑一个用户与依赖网络通信的软件应用程序进行交互的场景。如果应用程序不尊重最小命令间隔，用户可能会经历延迟、无响应甚至崩溃。因此，软件开发人员必须设计他们的应用程序，以纳入适当的命令间隔，确保用户在与系统交互时获得无缝体验。此外，在自动化系统的背景下，例如机器人技术或工业自动化，最小命令间隔对于确保安全和精确至关重要。执行任务的机器人必须在允许其处理信息并准确响应的间隔内接收命令。如果命令发出得过快，可能会导致不稳定的行为或事故，这突显了在这些环境中理解和实施最小命令间隔的必要性。总之，最小命令间隔的概念对各种技术系统的运行至关重要。它为硬件和软件设计提供了指导，确保命令有效且高效地执行。通过遵循最小命令间隔，开发人员可以提高系统性能、改善用户体验，并在自动化过程中维护安全性。随着技术的不断发展，这一概念的重要性只会增加，因此在该领域的专业人士必须彻底理解其重要性和应用。