decoupled

简明释义

英[dɪˈkʌpəld]美[dɪˈkʌpəld]

adj. 不挂钩的

v. 解耦，[电]退耦（decouple 的过去式和过去分词）

英英释义

单词用法

同义词

反义词

例句

1.Decoupled context interface provided a decoupling between context implementation and context user.

分离的上下文接口将上下文实现和上下文用户分离开来。

2.The input widget presentation of the form is decoupled from its data model.

表单的输入部件表示与其数据模型分离开来。

3.The consolidation is decoupled from business processes that often run in a less rigid time schedule.

整合与业务流程是相互分离的，后者通常并不按照很严格的时间计划运行。

4.The combination of these patterns provided coherent, decoupled access to execution context details.

这些模式的组合可以提供一致、分离的方法，用来访问执行上下文细节。

5.Consumers and producers of messages are hence completely decoupled, including the message and transport protocols.

消息的消费者和生产者因此完全降低了耦合度，包括消息以及传输协议在内。

6.As a quick summary, a di container is a tool you can use to support building highly decoupled software.

作为一个快速的摘要，依赖注入容器就是一个用于构建高度松耦合的软件的工具。

7.We've also decoupled a few subsystems within SWTBot.

我们也分解了SWTBot的一些子系统。

8.The software architecture allows different components to be decoupled 解耦, enabling easier updates.

这个软件架构允许不同组件被解耦，从而便于更新。

9.In our new design, the user interface is decoupled 解耦 from the backend services.

在我们的新设计中，用户界面与后端服务解耦。

10.By keeping the database decoupled 解耦 from the application logic, we can improve performance.

通过将数据库与应用逻辑解耦，我们可以提高性能。

11.The team worked hard to ensure that the modules were decoupled 解耦 for better maintainability.

团队努力确保模块之间解耦以便于更好的维护。

12.This approach allows us to manage resources more efficiently by keeping them decoupled 解耦.

这种方法使我们能够更有效地管理资源，通过保持它们解耦。

作文

In the modern world, the concept of systems and processes being decoupled has gained significant attention across various fields, including technology, economics, and environmental studies. To be decoupled means to separate or disengage two interconnected components, allowing them to function independently. This idea can be applied to numerous scenarios, which I will explore in this essay. Firstly, in the realm of technology, the term decoupled often refers to software architecture. In traditional monolithic applications, different components are tightly integrated, making it challenging to update or modify one aspect without affecting others. However, with the rise of microservices architecture, developers have embraced the principle of decoupling. Each service operates independently, enabling teams to work on individual components without disrupting the entire system. This not only enhances flexibility but also accelerates the development process, as updates can be deployed more rapidly. Moreover, decoupling plays a crucial role in the field of economics. For instance, the relationship between economic growth and carbon emissions has been a topic of extensive research. Traditionally, economic expansion has been closely linked to increased greenhouse gas emissions. However, recent studies suggest that it is possible to achieve economic growth while decoupling it from environmental degradation. This decoupling can be accomplished through the adoption of green technologies, energy efficiency improvements, and sustainable practices. By focusing on innovation and sustainability, countries can foster economic development without compromising the health of our planet. In addition, the concept of decoupling extends to social dynamics as well. In many societies, individuals often feel pressured to conform to certain norms or expectations. However, by decoupling personal identity from societal standards, individuals can embrace their uniqueness and express themselves freely. This shift not only promotes mental well-being but also encourages a diverse and inclusive society. When people feel liberated from societal constraints, they contribute to a richer cultural tapestry that benefits everyone. Furthermore, decoupling can be observed in the context of global supply chains. In recent years, businesses have recognized the risks associated with relying heavily on a single source for critical components. By decoupling their supply chains, companies can mitigate risks and enhance resilience. This strategy allows them to source materials from multiple suppliers, reducing dependency and ensuring continuity in production. As a result, organizations become more adaptable to market fluctuations and unforeseen disruptions. In conclusion, the idea of decoupled systems resonates across various domains, highlighting the importance of independence and flexibility. Whether in technology, economics, social dynamics, or supply chains, decoupling fosters innovation and resilience. As we navigate an increasingly complex world, understanding and implementing the principles of decoupling will be vital for creating sustainable solutions that benefit society as a whole. Embracing this concept can lead us toward a future where interconnectedness does not hinder progress but rather enhances our ability to thrive in diverse environments.

在现代世界中，系统和过程被解耦的概念在技术、经济和环境研究等多个领域引起了广泛关注。解耦意味着将两个相互关联的组件分开或脱离，使它们能够独立运行。这个理念可以应用于许多场景，我将在这篇文章中探讨。 首先，在技术领域，解耦一词通常指的是软件架构。在传统的单体应用程序中，不同的组件紧密集成，使得更新或修改一个方面时难以不影响其他部分。然而，随着微服务架构的兴起，开发人员开始接受解耦的原则。每个服务独立运行，使团队能够在不干扰整个系统的情况下工作于各个组件。这不仅增强了灵活性，还加快了开发进程，因为更新可以更迅速地部署。 此外，解耦在经济学领域也扮演着重要角色。例如，经济增长与碳排放之间的关系一直是广泛研究的话题。传统上，经济扩张与温室气体排放的增加密切相关。然而，最近的研究表明，经济增长与环境退化是可以解耦的。这种解耦可以通过采用绿色技术、提高能源效率和可持续实践来实现。通过关注创新和可持续性，各国可以促进经济发展而不损害我们星球的健康。 此外，解耦的概念也延伸到社会动态中。在许多社会中，个人常常感到被迫遵循某些规范或期望。然而，通过将个人身份与社会标准解耦，个人可以拥抱自己的独特性，自由表达自己。这一转变不仅促进了心理健康，还鼓励了多元和包容的社会。当人们感到从社会约束中解放出来时，他们为丰富的文化织锦做出贡献，这对每个人都有好处。 此外，解耦还可以在全球供应链的背景下观察到。近年来，企业认识到过度依赖单一来源供应关键组件所带来的风险。通过解耦他们的供应链，公司可以降低风险并增强韧性。这一策略使他们能够从多个供应商处采购材料，减少依赖性并确保生产的连续性。因此，组织变得更加适应市场波动和不可预见的干扰。 总之，解耦系统的理念在多个领域引起共鸣，突显了独立性和灵活性的重要性。无论是在技术、经济、社会动态还是供应链中，解耦都促进了创新和韧性。当我们在日益复杂的世界中航行时，理解和实施解耦的原则对于创造有利于整个社会的可持续解决方案至关重要。接受这一概念可以引领我们走向一个未来，在这个未来中，相互联系不会阻碍进步，而是增强我们在多样环境中蓬勃发展的能力。