This paper focuses on the systematic review of various metaheuristic techniques employed
for analysing different software quality aspects, including fault proneness, defect …

The widespread integration of software into all parts of our lives has led to the need for
software of higher reliability. Ensuring reliable software usually necessitates some form of …

Differential evolution (DE) is known as a strong and simple optimization method able to work
with non-differential, nonlinear, and multimodal functions. This paper proposes a modified …

В статье рассматривается методология моделирования схем надежности больших
территориально распределенных информационных систем. В большинстве проектов …

This article proposes three software reliability models based on a hybrid approach
combining NHPP models, Weibull model, and exponential model. The software failure is first …

In modern era, industries demand for innovative and reliable software solutions. To maintain
the reliability level of softwares various software reliability growth models were proposed in …

Recent research applies soft computing techniques to fit software reliability growth models.
However, runtime performance and the distribution of the distance from an optimal solution …

This chapter presents the application of grey wolf optimizer in software release planning
considering warranty based on the proposed mathematical model that measures reliability …

In this chapter, the classification of software reliability models (SRMs) is studied on the basis
of effective and efficient quality of SRMs and the software faults with categorisation of vast …

Historically, numerical algorithms such as Newton's method were employed, which required
good initial parameter estimates and therefore a high level of expertise to apply SRGM …