Software reliability is a critical aspect of ensuring the quality and dependability of software
systems. However, existing software reliability models often make assumptions that do not …

Large software systems require regular upgrading that tries to correct the reported faults in
previous versions and add some functions to meet new requirements. It is thus necessary to …

Many software reliability growth models (SRGMs) have developed in the past three decades
to estimate software reliability measures such as the number of remaining faults and …

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 …

The increasing dependence of our modern society on software systems has driven the
development of software products become even more competitive and time-consuming …

The fault reduction factor (FRF) is a significant parameter for controlling the software
reliability growth. It is the ratio of net fault correction to the number of failures encountered. In …

The number of issues fixed in the current release of the software is one of the factors which
decides the next release of the software. The source code files get changed during fixing of …

The advent of ever more complex systems in extensive areas of industries hampers efficient
and accurate analysis of reliability and effective reliability-based decision making. Such …

Fault reduction factors (FRFs) play an important role in software reliability and are generally
defined as the ratio of the total number of reduced faults to the total number of failures …

In the last few decades, a plenty of software reliability growth models with diverse
parameters have been formulated and proposed to assess software trustworthiness. Fault …