idle component

简明释义

无功分量

英英释义

例句

1.The new update aims to eliminate idle component 空闲组件 and improve overall efficiency.

新更新旨在消除idle component 空闲组件并提高整体效率。

2.The application crashed due to an idle component 空闲组件 that was not properly managed.

由于一个未被妥善管理的idle component 空闲组件，应用程序崩溃了。

3.We need to optimize the performance by removing any idle component 空闲组件 from the architecture.

我们需要通过移除架构中的任何idle component 空闲组件来优化性能。

4.The system has detected an idle component 空闲组件 that is not being utilized.

系统检测到一个idle component 空闲组件没有被利用。

5.During the audit, we found several idle component 空闲组件 that were wasting resources.

在审计过程中，我们发现了几个浪费资源的idle component 空闲组件。

作文

In the world of technology and engineering, we often encounter various components that play crucial roles in the functioning of systems. However, there are instances where certain parts do not actively contribute to the overall performance but remain essential for the integrity of the system. One such term that describes this phenomenon is idle component, which refers to a part of a system that is not currently in use or performing any function but is still necessary for the system's operation. Understanding the role of an idle component can provide valuable insights into system design and efficiency.An idle component can be found in many different contexts. For example, in a computer system, there might be hardware components that are not being utilized at a given moment. These could include extra CPU cores that are not processing tasks or memory modules that are not being accessed. Although these components are not actively engaged, they serve as a reserve that can be activated when demand increases. This ability to scale up resources quickly can be vital for maintaining performance during peak usage times.Moreover, in the field of mechanical engineering, an idle component might refer to parts of a machine that are not in motion but are crucial for the machine's overall functionality. For instance, a conveyor belt system may have sections that are temporarily stopped while other sections are operational. Even though these parts are not actively moving, they are necessary for the system to function correctly when required. The presence of idle components allows for flexibility and adaptability in operations, ensuring that the system can respond to varying demands without complete shutdowns.The concept of an idle component also extends to software systems. In programming, certain modules or functions may not be called during a specific execution but are included in the codebase for future use. These components may be considered 'idle' until they are invoked under certain conditions. This design approach can enhance the maintainability of the software, allowing developers to add features or functionalities without overhauling the entire system. However, it is essential to manage these idle components carefully, as having too many inactive parts can lead to increased complexity and potential performance issues.Understanding the implications of idle components is crucial for optimizing system performance. While these components may not contribute directly to the immediate output, they provide necessary support that can enhance overall efficiency. By recognizing the value of idle components, engineers and designers can create systems that are not only robust but also capable of adapting to changing conditions.In conclusion, the term idle component encapsulates the idea of parts that are essential yet not actively engaged in a system's operation. Whether in computing, mechanical systems, or software design, idle components play a significant role in ensuring flexibility, scalability, and resilience. As we continue to innovate and develop more complex systems, understanding the contribution of these components will remain vital for achieving optimal performance and reliability.

在技术和工程的世界中，我们经常遇到各种组件，它们在系统运作中发挥着关键作用。然而，也有一些部件在某些情况下并没有积极地为整体性能做出贡献，但仍然对系统的完整性至关重要。描述这种现象的一个术语是闲置组件，它指的是当前未被使用或未执行任何功能的系统部分，但对于系统的运行仍然是必要的。理解闲置组件的角色可以为系统设计和效率提供宝贵的见解。闲置组件可以在许多不同的上下文中找到。例如，在计算机系统中，可能会有硬件组件在某一时刻未被利用。这些可能包括未处理任务的额外CPU核心或未被访问的内存模块。尽管这些组件没有积极参与，但它们作为储备存在，可以在需求增加时被激活。这种快速扩展资源的能力对于在高峰使用期间保持性能至关重要。此外，在机械工程领域，闲置组件可能指的是机器中未运动但对机器整体功能至关重要的部件。例如，传送带系统可能有一些部分在其他部分运行时暂时停止。即使这些部分没有积极移动，但在需要时，它们对于系统的正常功能是必要的。闲置组件的存在允许操作的灵活性和适应性，确保系统能够在不完全关闭的情况下响应变化的需求。闲置组件的概念也扩展到软件系统。在编程中，某些模块或函数在特定执行期间可能未被调用，但它们仍然包含在代码库中以供将来使用。这些组件可能会被视为“闲置”，直到在特定条件下被调用。这种设计方法可以增强软件的可维护性，使开发人员能够在不彻底重构整个系统的情况下添加功能或特性。然而，必须仔细管理这些闲置组件，因为过多的非活动部分可能会导致复杂性增加和潜在的性能问题。理解闲置组件的影响对于优化系统性能至关重要。虽然这些组件可能不会直接贡献于即时输出，但它们提供了必要的支持，可以增强整体效率。通过认识到闲置组件的价值，工程师和设计师可以创建不仅强大而且能够适应变化条件的系统。总之，闲置组件这一术语概括了在系统操作中必不可少但未积极参与的部分的概念。无论是在计算、机械系统还是软件设计中，闲置组件在确保灵活性、可扩展性和韧性方面发挥着重要作用。随着我们不断创新和开发更复杂的系统，理解这些组件的贡献将继续对实现最佳性能和可靠性至关重要。