Abstract
Developing an efficient and quality Software Requirements Specification (SRS) is based on software quality characteristics assessment such as completeness, consistency, feasibility and testability. These characteristics or attributes provide reasonably accurate predictions about system-free bias requirements and hidden assumptions and limit subsequent redesign. They additionally give realistic estimates for costs, risks, and timing of the product. This paper aims to identify possible rules and methods for measuring SRS quality in order to help the engineers to improve the quality of their SRS. The impact of these rules and methods on the software development lifecycle is also reviewed. In this paper, some methods of SRS quality assessment were analyzed from the literature and how to measure the impact of these SRS quality assessment methods on the software development lifecycle are also presented.
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