modularity

简明释义

英[/ˌmɒdʒ.ʊˈlær.ɪ.ti/]美[/ˌmɒdʒ.ʊˈlær.ɪ.ti/]

n. [计] 模块性

英英释义

单词用法

同义词

反义词

例句

1.Mediocrity through modularity.

模块化导致平庸。

2.The goal is to gradually decouple the system and improve its modularity.

目标是逐渐分离系统并改进其模块性。

3.What do you think of the proposed modularity requirements?

你怎么看提出的这些模块化需求呢？

4.Within it there are also excellent examples of hardware modularity.

在it界，也有一些有关硬件模块化的出色例子。

5.These habits target a couple of the key characteristics of modularity.

这些习惯针对模块化的几个主要特性。

6.I focus on modularity - so each browser and platform has its own set of modules.

我专注于模块化——这样，每个浏览器和平台都有其自己的一套模块。

7.The key is modularity, just build something on top of it.

模块化是关键，只需在其上进行构建即可。

8.Using a class to implement modularity.

使用一个类来实现模块化。

9.This preserves modularity in your automated tests.

这保持了自动化测试中的模块性。

10.The modularity of the furniture allows for easy reconfiguration to suit different spaces.

家具的模块化设计允许根据不同空间轻松重新配置。

11.The software's design emphasizes modularity, allowing developers to easily update individual components without affecting the entire system.

该软件的设计强调模块化，允许开发者轻松更新单个组件，而不影响整个系统。

12.By incorporating modularity into their product lines, the company was able to offer customized solutions to customers.

通过将模块化纳入其产品线，公司能够为客户提供定制解决方案。

13.In architecture, modularity can lead to more efficient construction processes and flexibility in design.

在建筑中，模块化可以带来更高效的施工过程和设计灵活性。

14.The modularity of the coding framework makes it easier for teams to collaborate on large projects.

编码框架的模块化使团队在大型项目上更容易合作。

作文

In the realm of software engineering and design, the concept of modularity plays a crucial role in ensuring that systems are manageable, scalable, and efficient. Modularity refers to the degree to which a system's components can be separated and recombined. It is a principle that allows developers to break down complex systems into smaller, more manageable parts or modules. This approach not only simplifies the development process but also enhances code reusability and maintainability. One of the primary advantages of modularity is that it promotes collaborative work among teams. In large projects, different teams can work on separate modules simultaneously without interfering with one another. This parallel development accelerates the overall project timeline and allows for the integration of diverse expertise. For example, in a web application, one team might focus on the user interface (UI) module while another team works on the database module. Once both modules are completed, they can be integrated seamlessly, thanks to the clear interfaces defined by modularity. Additionally, modularity enhances the maintainability of software systems. When a system is designed with modular components, updating or fixing a specific part becomes much easier. Developers can isolate issues within a module without needing to understand the entire system. This isolation helps in reducing the risk of introducing new bugs when changes are made. For instance, if a bug is discovered in the payment processing module of an e-commerce application, developers can address it directly without worrying about how it might affect other components like the inventory or shipping modules. Moreover, modularity facilitates scalability. As user demands grow, systems often need to expand their capabilities. Modular systems can be scaled more easily because new modules can be added without overhauling the existing architecture. For example, if a social media platform wants to introduce a new feature, such as video sharing, the development team can create a new module for this feature. This new module can be integrated into the existing system without disrupting the current functionalities. The concept of modularity is not limited to software development; it can also be applied to various fields such as architecture, product design, and even education. In architecture, buildings designed with modularity can be expanded or modified with relative ease, allowing for flexible use of space. Similarly, in product design, modular products can be customized according to consumer preferences, enhancing user experience and satisfaction. In education, modular curricula allow students to choose courses that align with their interests and career goals, promoting a more personalized learning experience. In conclusion, modularity is a powerful design principle that fosters efficiency, collaboration, and adaptability across various domains. By breaking down complex systems into manageable modules, developers can create robust, scalable, and maintainable solutions. Embracing modularity not only improves the quality of the final product but also enhances the overall development process, making it a vital consideration for anyone involved in system design and engineering. As technology continues to evolve, the importance of modularity will only grow, paving the way for innovative solutions that meet the ever-changing needs of users and businesses alike.

在软件工程和设计领域，modularity（模块化）的概念在确保系统可管理、可扩展和高效方面发挥着至关重要的作用。modularity指的是一个系统的组件可以分离和重新组合的程度。这是一种原则，允许开发人员将复杂的系统分解为更小、更易于管理的部分或模块。这种方法不仅简化了开发过程，还增强了代码的可重用性和可维护性。modularity的主要优势之一是它促进了团队之间的协作。在大型项目中，不同的团队可以同时在不同的模块上工作，而不会相互干扰。这种并行开发加速了整体项目时间表，并允许整合多样的专业知识。例如，在一个网络应用程序中，一个团队可能专注于用户界面（UI）模块，而另一个团队则负责数据库模块。一旦两个模块都完成，它们可以无缝地集成在一起，这得益于modularity所定义的清晰接口。此外，modularity增强了软件系统的可维护性。当一个系统采用模块化组件设计时，更新或修复特定部分变得更加容易。开发人员可以在不需要理解整个系统的情况下，隔离模块中的问题。这种隔离有助于降低在进行更改时引入新错误的风险。例如，如果在电子商务应用程序的支付处理模块中发现了错误，开发人员可以直接解决该问题，而不必担心它如何影响其他组件，如库存或运输模块。此外，modularity还促进了可扩展性。随着用户需求的增长，系统通常需要扩展其功能。模块化系统可以更容易地进行扩展，因为可以在不彻底修改现有架构的情况下添加新模块。例如，如果一个社交媒体平台想要引入新功能，如视频分享，开发团队可以为此功能创建一个新模块。这个新模块可以被集成到现有系统中，而不会干扰当前的功能。modularity的概念不仅限于软件开发；它也可以应用于建筑、产品设计甚至教育等多个领域。在建筑中，采用modularity设计的建筑可以相对容易地扩展或修改，从而实现灵活的空间使用。同样，在产品设计中，模块化产品可以根据消费者的偏好进行定制，从而提高用户体验和满意度。在教育中，模块化课程允许学生选择与他们的兴趣和职业目标相符的课程，从而促进更加个性化的学习体验。总之，modularity是一种强大的设计原则，在各个领域促进了效率、协作和适应性。通过将复杂系统分解为可管理的模块，开发人员可以创建强大、可扩展和可维护的解决方案。接受modularity不仅提高了最终产品的质量，还增强了整体开发过程，使其成为任何参与系统设计和工程的人必须考虑的重要因素。随着技术的不断发展，modularity的重要性只会增加，为满足用户和企业不断变化的需求铺平道路。