iteration

简明释义

英[ˌɪtəˈreɪʃn]美[ˌɪtəˈreɪʃn]

n. 迭代；（计算机）新版软件；重申，复述；反复演算

英英释义

单词用法

同义词

反义词

例句

1.Iteration by iteration process or testing improvements.

每个迭代都进行过程或测试的改进。

2.At the end of an iteration of work, we always look back at how we did and figure out what we can do differently next time to improve.

持续的反馈和改进：在重复工作的结束时，我们总是回顾我们是如何做的，并找出下次改进时我们可以做的不同之处。

3.Multiply the cost per iteration by 15.

用单个重复的成本乘以15。

4.Iteration "indicates to which iteration the requirement is assigned."

迭代：表明需求分配到哪个迭代。

5.In this strategy, people accept that their team members will have idle time during each iteration.

在此策略中，人们接受他们的团队成员将在每次迭代中有空闲时间。

6.Otherwise, iteration continues from the original node.

否则，迭代将从原始节点处继续。

7.Each iteration 迭代 of the project brings us closer to our final goal.

项目的每一次迭代 迭代都让我们更接近最终目标。

8.The agile methodology emphasizes rapid iterations 迭代 and continuous improvement.

敏捷方法论强调快速的迭代 迭代和持续改进。

9.The design team presented their latest iteration 迭代 based on user feedback.

设计团队根据用户反馈展示了他们最新的迭ation 迭代。

10.In software development, each new version of the application is an iteration 迭代 of the previous one.

在软件开发中，应用程序的每个新版本都是之前版本的一个迭ation 迭代。

11.We need to conduct several iterations 迭代 to refine our approach.

我们需要进行几次迭代 迭代来完善我们的方案。

作文

In the realm of software development, the concept of iteration (迭代) plays a crucial role in refining and improving products. An iteration (迭代) refers to the process of repeating a set of operations or steps to enhance a product's functionality or performance. This method is particularly valuable in agile development practices, where teams work in short cycles, allowing for rapid feedback and continuous improvement.The importance of iteration (迭代) can be seen in various stages of the software development life cycle. Initially, developers conceptualize their ideas and create a minimum viable product (MVP). This MVP is then subjected to user testing, which provides insights into its usability and effectiveness. Based on this feedback, the team embarks on the first iteration (迭代), making necessary adjustments to address any issues raised by users.As the process continues, each subsequent iteration (迭代) builds upon the last, incorporating new features and improvements based on user feedback and testing results. This cyclical approach not only enhances the product but also fosters a collaborative environment where stakeholders can contribute their insights. The beauty of iteration (迭代) lies in its adaptability; it allows teams to pivot and adjust their strategies based on real-time data rather than relying solely on initial assumptions.Moreover, iteration (迭代) is not limited to just software development. It can be applied to various fields, including education, design, and even personal growth. For instance, a teacher may implement an iteration (迭代) of a lesson plan based on student performance and engagement. By assessing what works and what doesn’t, educators can refine their teaching methods to better suit their students’ needs.In design, the iteration (迭代) process is equally significant. Designers often create multiple prototypes, each serving as an iteration (迭代) of the original concept. Through user testing and feedback, they identify strengths and weaknesses in their designs, leading to more effective final products. This iterative design process encourages creativity and innovation, as it allows designers to explore various possibilities without the fear of failure.On a personal level, individuals can apply the principle of iteration (迭代) to their own lives. For example, someone trying to improve their fitness may start with a basic workout routine. After a few weeks, they assess their progress and make adjustments to their regimen, such as increasing intensity or incorporating new exercises. Each adjustment represents an iteration (迭代) aimed at achieving better results.In conclusion, the concept of iteration (迭代) is a powerful tool that drives progress and improvement across various domains. Whether in software development, education, design, or personal growth, the ability to learn from each iteration (迭代) and make informed adjustments is key to success. Embracing this iterative mindset allows individuals and teams to remain flexible and responsive to change, ultimately leading to better outcomes and enhanced experiences. As we continue to navigate an ever-evolving world, the practice of iteration (迭代) will undoubtedly remain a cornerstone of innovation and development.

在软件开发领域，iteration（迭代）的概念在完善和改进产品中发挥着至关重要的作用。iteration（迭代）指的是重复一组操作或步骤以增强产品的功能或性能的过程。这种方法在敏捷开发实践中尤其有价值，团队在短周期内工作，允许快速反馈和持续改进。iteration（迭代）的重要性可以在软件开发生命周期的各个阶段看到。最初，开发人员构思他们的想法并创建一个最小可行产品（MVP）。然后，这个MVP会经过用户测试，提供其可用性和有效性的见解。根据这些反馈，团队开始第一次iteration（迭代），进行必要的调整以解决用户提出的任何问题。随着过程的继续，每个后续的iteration（迭代）都建立在上一个基础上，根据用户反馈和测试结果融入新特性和改进。这种循环方法不仅增强了产品，还促进了一个协作的环境，在这个环境中，利益相关者可以贡献他们的见解。iteration（迭代）的美在于它的适应性；它允许团队根据实时数据进行调整，而不仅仅依赖于初步假设。此外，iteration（迭代）不仅限于软件开发。它可以应用于多个领域，包括教育、设计，甚至个人成长。例如，一位教师可能会根据学生的表现和参与度实施课程计划的iteration（迭代）。通过评估什么有效、什么无效，教育工作者可以完善他们的教学方法，以更好地满足学生的需求。在设计中，iteration（迭代）过程同样重要。设计师通常会创建多个原型，每个原型都是原始概念的iteration（迭代）。通过用户测试和反馈，他们识别出设计中的优缺点，从而导致更有效的最终产品。这种迭代设计过程鼓励创造力和创新，因为它允许设计师探索各种可能性，而不必担心失败。在个人层面上，个人可以将iteration（迭代）的原则应用于自己的生活。例如，试图改善自己健康的人可能会从基本的锻炼方案开始。在几周后，他们评估自己的进展，并对锻炼计划进行调整，例如增加强度或加入新运动。每次调整都代表着一次iteration（迭代），旨在取得更好的结果。总之，iteration（迭代）的概念是推动各个领域进步和改进的强大工具。无论是在软件开发、教育、设计还是个人成长中，从每次iteration（迭代）中学习并做出明智的调整的能力是成功的关键。拥抱这种迭代思维方式使个人和团队能够保持灵活，响应变化，最终导致更好的结果和增强的体验。随着我们继续在不断发展的世界中导航，iteration（迭代）的实践无疑将继续成为创新和发展的基石。