Upgradation has become a mandatory feature for software firms. Companies have now got
no time to perform software testing because of coming up of their upgraded products at a fast …

Purpose The purpose of the present work is to mathematically model the reliability growth of
a multi-version software system that is affected by infected patches. Design/methodology …

In the field of software engineering, optimal scheduling of software is a well-studied concept.
However, attention to cost analysis in the field of multi-upgradation is still limited to certain …

Last decade has seen several multi up-gradation models and related software release
policies. The unified modeling framework for developing multi-release software systems has …

Up-gradation has become a mandatory feature for software firms. Companies have now got
no time to perform software testing because of coming up of their up-graded products at a …

In today's continuous fluctuation market scenario, no software comes in single version.
Competition and survival requirement has led firms to come up with upgraded version of the …

Purpose In the current market scenario, software upgrades and updates have proved to be
very handy in improving the reliability of the software in its operational phase. Software …

World is moving very fast and with each new step 'our desire to want something more'is
increasing in all the aspects of lives. Keeping in mind the growing demand of society for …

While studying the reliability of software systems, the phenomenon to address the
complexity of the code change process must be considered. The reasons behind this …

This chapter discusses an important framework to formulate the mean value function for a
multi-upgradation software reliability growth model by generalizing a methodical approach …