In this paper, we propose a testing-coverage software reliability model that considers not
only the imperfect debugging (ID) but also the uncertainty of operating environments based …

In this paper, we derive inflection points for the commonly known growth curves, namely,
generalized logistic, Richards, Von Bertalanffy, Brody, logistic, Gompertz, generalized …

The growing need of software's in almost every sphere of life has increased the demand of
producing error free software's. But producing high quality software needs resources (effort …

Software testing is an essential part of software life cycle as during this period, an effort is
made to improve software reliability and quality. In this phase, perfect debugging is not …

The present investigation deals with the software reliability growth models (SRGMs) with
imperfect debugging, testing effort function (TEF) and fault reduction factor (FRF). FRF is …

Today's development environment has changed drastically; the development periods are
shorter than ever and the number of team members has increased. Consequently …

Many software reliability growth models based upon a non-homogeneous Poisson process
(NHPP) have been proposed to measure and asses the reliability of a software system …

In order to overcome the limitations of debugging process, insufficient consideration of
imperfect debugging and testing-effort (TE) in software reliability modeling and analysis, a …

Power supply currents of CMOS digital circuits partly flow through a silicon substrate in their
returning (ground) paths. The voltage bounce due to the substrate currents is seen wherever …

A newly developed software system before its deployment is subjected to vigorous testing so
as to minimize the probability of occurrence of failure very soon. Software solutions for safety …