Advances in software technologies have promoted the growth of computer-related
applications to a great extent. The proliferation of Internet has gone far beyond even the …

Long-lived software systems evolve through new product releases, which involve up-
gradation of previous released versions of the software in the market. But, upgrades in …

In this paper, we develop a new testing-coverage software reliability model with the
uncertainty of operating environments. Examples are included to illustrate the goodness-of …

Software reliability is one of the standard critical inherent characteristics of software systems.
The testing coverage function (TCF) is a significant parameter for identifying the …

This paper presents a unified approach to model the reliability growth of software with
imperfect debugging and coverage factor. Existing testing coverage‐based software …

Computer systems have penetrated in every sphere of human life. It has made it necessary
for the software developer to lay special emphasis on the quality of the software. Building …

With the growing competition and the demand of the customers, a software organization
needs to regularly provide up-gradations and add features to its existing version of software …

Due to the complexity of software systems, the testing team may be unable to completely
eliminate a problem after observing a failure and the participation of numerous external …

An indispensable dependence on software systems for all activities is tremendously
increasing in this industrialised era. This dependence demands good quality of the software …

To incorporate the effect of test coverage, we proposed two novel discrete
nonhomogeneous Poisson process software reliability growth models in this article using …