abstraction phase

简明释义

1. 抽水期; 2. 抽水阶段;

英英释义

例句

1.During the software development process, the team spent a significant amount of time in the abstraction phase 抽象阶段 to define the core functionalities.

在软件开发过程中，团队花费了大量时间在抽象阶段 abstraction phase来定义核心功能。

2.The abstraction phase 抽象阶段 is crucial for ensuring that all stakeholders have a clear understanding of the project's objectives.

抽象阶段 abstraction phase对确保所有利益相关者清楚了解项目目标至关重要。

3.In our design meetings, we often revisit the abstraction phase 抽象阶段 to refine our concepts before moving forward.

在我们的设计会议中，我们经常回顾抽象阶段 abstraction phase以在继续之前完善我们的概念。

4.After completing the abstraction phase 抽象阶段, we moved on to the implementation phase with a solid plan.

在完成抽象阶段 abstraction phase后，我们带着一个扎实的计划进入实施阶段。

5.The abstraction phase 抽象阶段 allows developers to focus on high-level requirements rather than getting bogged down by details.

抽象阶段 abstraction phase使开发人员能够专注于高层需求，而不是被细节所困扰。

作文

In the realm of computer science and software development, the concept of the abstraction phase plays a crucial role in simplifying complex systems. The abstraction phase refers to the process of reducing the complexity of a system by focusing on the essential features while hiding the unnecessary details. This approach allows developers to manage large codebases more effectively and enhances their ability to design scalable applications. By concentrating on high-level functionalities, programmers can create models that represent the system's behavior without getting bogged down by intricate implementation details.For instance, consider a software application that manages a library. During the abstraction phase, the developer would identify key components such as books, patrons, and transactions. Instead of detailing how each book is stored in a database or how transactions are processed, the developer creates abstract representations of these entities. This abstraction allows for a clearer understanding of how the components interact with one another, making it easier to design the overall architecture of the application.Moreover, the abstraction phase is not limited to software development; it is also prevalent in various fields such as engineering, mathematics, and even art. In engineering, for example, designers often use models to represent complex systems, enabling them to analyze performance without delving into every minute detail. Similarly, in mathematics, abstract concepts allow for the formulation of theories that can be applied to a wide range of problems.The benefits of the abstraction phase extend beyond simplification. It fosters collaboration among team members, as different stakeholders can contribute to the project without needing to understand every technical detail. This collaborative environment encourages creativity and innovation, as team members can focus on their areas of expertise while relying on abstractions to communicate their ideas effectively.However, it is essential to strike a balance during the abstraction phase. Over-abstraction can lead to a disconnect between the model and the actual implementation, resulting in misunderstandings and potential flaws in the final product. Therefore, developers must ensure that their abstractions remain relevant and accurately reflect the underlying system dynamics.In conclusion, the abstraction phase is a vital step in the design and development process across various disciplines. It simplifies complex systems, promotes collaboration, and encourages innovative thinking. By mastering this phase, professionals can enhance their problem-solving capabilities and produce more effective solutions. As technology continues to evolve, the importance of understanding and applying the abstraction phase will only grow, making it an indispensable skill for anyone involved in the development of complex systems.

在计算机科学和软件开发领域，抽象阶段的概念在简化复杂系统方面发挥着至关重要的作用。抽象阶段是指通过专注于基本特征而隐藏不必要细节来降低系统复杂性的过程。这种方法使开发人员能够更有效地管理大型代码库，并增强他们设计可扩展应用程序的能力。通过集中关注高层功能，程序员可以创建表示系统行为的模型，而不会被复杂的实现细节所困扰。例如，考虑一个管理图书馆的软件应用程序。在抽象阶段，开发人员将识别关键组件，例如书籍、读者和交易。开发人员不会详细说明每本书如何存储在数据库中或交易如何处理，而是创建这些实体的抽象表示。这种抽象使得更清晰地理解组件之间的相互作用成为可能，从而更容易设计应用程序的整体架构。此外，抽象阶段不仅限于软件开发；它在工程、数学甚至艺术等各个领域也很常见。例如，在工程中，设计师通常使用模型来表示复杂系统，使他们能够分析性能而无需深入每一个细节。类似地，在数学中，抽象概念使得能够形成适用于广泛问题的理论。抽象阶段的好处超越了简化。它促进团队成员之间的协作，因为不同的利益相关者可以在项目中贡献自己的力量，而无需了解每一个技术细节。这种协作环境鼓励创造力和创新，因为团队成员可以专注于自己的专业领域，同时依赖抽象来有效地传达他们的想法。然而，在抽象阶段期间，找到平衡是至关重要的。过度抽象可能导致模型与实际实现之间的脱节，从而导致误解和最终产品中的潜在缺陷。因此，开发人员必须确保他们的抽象保持相关性，并准确反映基础系统动态。总之，抽象阶段是各个学科设计和开发过程中的重要步骤。它简化复杂系统，促进协作，鼓励创新思维。通过掌握这一阶段，专业人士可以增强他们的问题解决能力，提供更有效的解决方案。随着技术的不断发展，理解和应用抽象阶段的重要性只会增加，使其成为任何参与复杂系统开发的人的不可或缺的技能。