over coupling

简明释义

过耦合

英英释义

例句

1.To improve performance, we need to reduce over coupling in the software architecture.

为了提高性能，我们需要减少软件架构中的过度耦合。

2.An example of over coupling is when two classes are too dependent on each other.

一个过度耦合的例子是当两个类之间过于依赖时。

3.The design flaw was attributed to over coupling in the system's components.

设计缺陷归因于系统组件中的过度耦合。

4.In complex systems, over coupling can lead to unexpected failures due to interdependencies.

在复杂系统中，过度耦合可能导致由于相互依赖而出现意外故障。

5.The team realized that over coupling between modules made it difficult to implement changes.

团队意识到模块之间的过度耦合使得实施变更变得困难。

作文

In today's fast-paced world, technology plays a crucial role in our daily lives. However, as we embrace these advancements, we often encounter challenges that arise from the way we integrate various systems and devices. One such challenge is known as over coupling, which refers to a situation where different components of a system become excessively dependent on each other. This can lead to a variety of issues, including reduced flexibility, increased complexity, and difficulty in maintaining or upgrading systems.To better understand over coupling, let's consider an example from software development. In a typical application, different modules should ideally function independently. However, when developers create tight interdependencies between these modules, they risk creating a scenario of over coupling. For instance, if Module A relies heavily on Module B to function correctly, any changes made to Module B could have cascading effects on Module A. This not only complicates the development process but also makes it challenging to implement new features or fix bugs without impacting other parts of the system.The implications of over coupling extend beyond software. In organizational structures, for example, teams that are too closely intertwined may struggle to operate efficiently. If Team X cannot make decisions without consulting Team Y, the workflow becomes sluggish, leading to delays and frustration. This scenario illustrates how over coupling can hinder productivity and innovation within an organization.To mitigate the risks associated with over coupling, it is essential to promote modularity and independence in both software design and organizational practices. In software engineering, this can be achieved by employing design patterns that encourage loose coupling, such as the Observer pattern or Dependency Injection. These techniques allow components to interact with one another without being tightly bound, fostering a more adaptable and resilient architecture.In the context of organizations, fostering a culture of autonomy among teams can help reduce over coupling. By empowering teams to make decisions independently, organizations can enhance their responsiveness to change and improve overall efficiency. Encouraging cross-functional collaboration while maintaining clear boundaries between teams can strike a balance that minimizes over coupling while still promoting teamwork.In conclusion, over coupling is a significant challenge in both technology and organizational design. By understanding its implications and actively working to reduce dependencies, we can create more flexible and efficient systems. Whether in software development or team dynamics, recognizing the signs of over coupling and taking proactive measures to address it can lead to improved performance and greater innovation. As we continue to navigate an increasingly interconnected world, the principles of modularity and independence will be vital in ensuring that our systems and organizations thrive.

在当今快节奏的世界中，技术在我们的日常生活中扮演着至关重要的角色。然而，随着我们接受这些进步，我们经常会遇到由于不同系统和设备之间的整合方式而产生的挑战。其中一个挑战被称为过度耦合，指的是系统中不同组件之间过度依赖的情况。这可能导致各种问题，包括灵活性降低、复杂性增加以及维护或升级系统的困难。为了更好地理解过度耦合，让我们考虑一个来自软件开发的例子。在一个典型的应用程序中，不同的模块理想情况下应该独立运行。然而，当开发人员创建这些模块之间紧密的相互依赖时，他们就冒着创建过度耦合场景的风险。例如，如果模块A在功能上严重依赖模块B，那么对模块B所做的任何更改都可能对模块A产生连锁反应。这不仅使开发过程复杂化，还使得在不影响系统其他部分的情况下实现新功能或修复错误变得具有挑战性。过度耦合的影响不仅限于软件。在组织结构中，例如，过于紧密联系的团队可能难以高效运作。如果团队X无法在不咨询团队Y的情况下做出决策，工作流程就会变得缓慢，从而导致延误和挫败感。这个场景说明了过度耦合如何阻碍组织内部的生产力和创新。为了减轻与过度耦合相关的风险，促进模块化和独立性在软件设计和组织实践中至关重要。在软件工程中，可以通过采用鼓励松散耦合的设计模式来实现，例如观察者模式或依赖注入。这些技术允许组件之间相互作用而不被紧密绑定，从而培养出更具适应性和弹性的架构。在组织的背景下，培养团队之间的自主文化可以帮助减少过度耦合。通过赋予团队独立做出决策的权力，组织可以增强其对变化的响应能力，提高整体效率。鼓励跨职能合作，同时保持团队之间的明确界限，可以找到一种平衡，从而最小化过度耦合，同时促进团队合作。总之，过度耦合是技术和组织设计中的一个重大挑战。通过理解其影响并积极努力减少依赖关系，我们可以创建更灵活和高效的系统。无论是在软件开发还是团队动态中，识别过度耦合的迹象并采取主动措施解决它，都可以提高绩效和促进更大的创新。随着我们继续在日益互联的世界中航行，模块化和独立性的原则将对确保我们的系统和组织蓬勃发展至关重要。