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 propose two general frameworks for deriving several software reliability
growth models based on a non-homogeneous Poisson process (NHPP) in the presence of …

This paper studies the fault detection process (FDP) and fault correction process (FCP) with
the incorporation of testing effort function and imperfect debugging. In order to ensure high …

This paper proposes a generalized model to cover imperfect debugging and the uncertainty
of the operating environment and its effect on fault detection rate into software reliability …

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 …

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 …

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 …

Over the past three decades, many software reliability models with different parameters,
reflecting various testing characteristics, have been proposed for estimating the reliability …

To accurately model software failure process with software reliability growth models,
incorporating testing effort has shown to be important. In fact, testing effort allocation is also …

In software defined networking (SDN), critical control plane functions are offloaded to a
software entity known as the SDN controller. Today's SDN controllers are complex software …