Exhaustive testing is a type of testing that test all possible combination of parameter values
to make sure the product is free from any possible faults and errors. However, employing …

T-way combinatorial testing aims to generate a smaller test suite size. The purpose of t-way
combinatorial testing is to overcome exhaustive testing. Although many existing strategies …

T-way testing (or interaction testing) is a common test planning method used to sample a
complete or exhaustive test suite systematically. In t-way testing, it is assumed that …

Often, t-way testing is usually adopted to trigger faults due to interactions. As a result, a
myriad of useful t-way test generation strategies have been developed in order to generate t …

Despite being an important activity in the software development cycle (ie to ensure quality
and reliability), exhaustive testing is prohibitively impossible. Systematic minimization …

T-way testing is a testing technique that is used to detect faults due to parameter interactions
or software configurations. In order to perform t-way testing, software testers need to prepare …

Software testing is important for ensuring the reliability of software systems. In software
testing, effective test case generation is essential as an alternative to exhaustive testing. For …

Context To improve the quality and correctness of a software product it is necessary to test
different aspects of the software system. Among different approaches for software testing …

In the field of software testing, several meta-heuristics algorithms have been successfully
used for finding an optimized t-way test suite (where t refers to covering level). T-way testing …

Abstract t-way interaction testing is a systematic approach for exhaustive test set generation.
It is a vital test planning method in software testing, which generates test sets based on …