Novel algorithm for software planning & development

G. Saini, S. Dubey, S. K. Bharti
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引用次数: 3

Abstract

A software project has a complete process of developing software from requirement specification to its implementation and maintenance, which is carried out as per the execution methodology to get the desired software product. The scope of a software project is the requirements specified by the user for the results and being a fundamental step of project life cycle if these requirements are not specified accurately, it will lead to the creation of a software product that does not fit the user's need and results in project failure. This research paper presents a fuzzy-based approach for prioritizing and dividing the requirements such that it brings efficiency in software development and contributes to a project success as well as in the improvement of project management. For the development of an efficient project deliverable, the paper presents a model based on fuzzy logic, which helps in assigning weights to the requirements such that they can be serialized or run in parallel, and can reduce the duration of development. The process of stable allocation of resources to the project's module will be efficient towards the effective completion of work. The collaborative efforts made at the initial stage of project life cycle will help in reducing the risk of failure in project development process.
软件规划与开发的新算法
软件项目从需求说明到实现和维护,是一个完整的软件开发过程,并按照执行方法进行,以获得期望的软件产品。软件项目的范围是用户对结果指定的需求,是项目生命周期的一个基本步骤,如果这些需求没有被准确地指定,就会导致创建的软件产品不符合用户的需求,从而导致项目失败。这篇研究论文提出了一种基于模糊的方法来划分需求的优先级,从而提高了软件开发的效率,有助于项目的成功以及项目管理的改进。为了开发高效的项目可交付成果,本文提出了一个基于模糊逻辑的模型,该模型有助于为需求分配权重,使它们可以串行化或并行运行,并可以缩短开发时间。将资源稳定分配到项目模块的过程将高效地实现工作的有效完成。在项目生命周期的初始阶段进行的协作努力将有助于减少项目开发过程中失败的风险。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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