Reliability has become a greater concern in recent years, because high-tech industrial
processes with ever increasing levels of sophistication comprise most engineering systems …

With the growing size and complexity of software applications, research in the area of
architecture-based software reliability analysis has gained prominence. The purpose of this …

The multiobjective testing resource allocation problem (MOTRAP) is how to efficiently
allocate the finite testing time to various modules, with the aim of optimizing system …

Traditional approaches to software reliability modeling are black box-based; that is, the
software system is considered as a whole, and only its interactions with the outside world …

We propose a mathematical model for optimizing multiple redundancy-reliability systems
known as mega-systems. The system components are multi-state and the universal …

Software testing is an important issue in software engineering. As software systems become
increasingly large and complex, the problem of how to optimally allocate the limited testing …

With software systems increasingly being employed in critical contexts, assuring high
reliability levels for large, complex systems can incur huge verification costs. Existing …

(SRGMs) have been analyzed for measuring the growth of software reliability. Selection of
optimal SRGMs for use in a particular case has been an area of interest for researchers in …

This paper proposes a decomposition-based approach to exactly solve the multi-objective
Redundancy Allocation Problem for series-parallel systems. Redundancy allocation …

We consider two kinds of software testing-resource allocation problems. The first problem is
to minimize the number of remaining faults given a fixed amount of testing-effort, and a …