过程模型英文解释翻译、过程模型的近义词、反义词、例句
英语翻译：
【计】 procedural model; process model
分词翻译：
过程的英语翻译：
course; procedure; process【计】 PROC
【化】 process
【医】 course; process
【经】 process
模型的英语翻译：
former; matrix; model; mould; pattern【计】 Cook-Torrance model; GT model GT; MOD; model; mosel
【医】 cast; model; mold; mould; pattern; phantom
【经】 matrices; matrix; model; pattern
网络扩展解释
过程模型
过程模型（Pēng chéng mó xíng）是软件工程中一个关键的概念，用于描述软件的开发和维护过程。它提供了一种组织和管理软件开发过程的方法，可以帮助开发团队确定开发阶段和可交付的工作产品，确保项目按时、按质、按预算完成。
Process Model
A process model refers to a key concept in software engineering that describes the development and maintenance process of software. It provides a method for organizing and managing the software development process, enabling development teams to identify development stages and deliverable work products, ensuring projects are completed on time, within budget, and to specification.
Pronunciation: /ˈprɒsɛs ˈmɒdəl/
Usage
Process models are used in software engineering to plan and execute the development and maintenance of software systems. They provide a framework for organizing and managing the software development life cycle. Process models are often used in combination with other software engineering approaches, such as agile development or waterfall development.
Example sentences
- The Scrum process model is widely used in agile software development.
- Our software development team is following the spiral process model to ensure the project is completed on time and within budget.
- The waterfall process model is a linear, sequential approach to software development.
Synonyms
- Software development model - 软件开发模型
- Software development life cycle (SDLC) - 软件开发生命周期
- Agile development - 敏捷开发
- Waterfall development - 瀑布式开发
Antonyms
- Uncertainty - 不确定性
- Inefficiency - 低效
- Disorganization - 混乱
- Failure - 失败
Common usage
Process models are commonly used in software engineering, particularly in large-scale software development projects where organization and management of the development process is critical to success. Different process models may be used depending on the type of software being developed, the size and experience of the development team, and other factors.