Abstract
Reusability is necessary for developing advance software. Aspect Oriented programming is an emerging approach which understand the problem of arrangement of scattered software modules and tangled code. The aim of this paper is to explore the AOP approach with implementation of real life projects in AspectJ language and its impact on software quality in form of reusability. In this paper, experimental results are evaluated of 11 projects (Java and AspectJ) using proposed Quality Evaluation Model for Software Reuse (QEMSR) and existing Aspect Oriented Software Quality Model (AOSQ). To evaluate AOP quality model QEMSR based on developers AOP projects by using Analytic Hierarchy Process (AHP) tools. Paper provides the evaluation of software reusability and positive impact on software quality. QEMSR model is used to assess Aspect Oriented reusability quality issues, which helps developers to adapt for software development. The overall quality of three models QEMSR, existing AOSQ and PAOSQMO are 0.62552223, 0.5283693, and 0.505815 calculated. According to this, QEMSR model is best in form of quality in same characteristics and sub-characteristics.
Highlights
Various software quality models described the assessment of software quality in software engineering
This paper focuses performance evaluation of proposed Qualitative Evaluation Model for Software Reuse (QEMSR) by experimentation method using characteristics and its subcharacteristics
We evaluate quality of Quality Evaluation Model for Software Reuse (QEMSR) model using Analytic Hierarchical Process (AHP) that is based on AOS Quality Model (AOSQ) and Proposed AO Software Quality Model (PAOSQMO) [25]
Summary
Various software quality models described the assessment of software quality in software engineering. Quality assessment of software is an interesting research area in software engineering. We analyze the existing model such as Aspect Oriented Software Quality Model (AOSQ) and Proposed AO Software Quality Model (PAOSQMO) to examined performance evaluation. Aspects will help the software developers to examine where and how these tangling and scattering codes are implemented and its effect on quality of software [9]. This process is called aspect mining which is used to examine crosscutting concerns in existing model codes. Section six describes the analysis of experimental result and qualitative evaluation of 11 research case studies and its impact on quality. We discussed major finding of proposed quality model as conclusion and area for future research work for researcher point of view
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