Exhaustive testing is a very strenuous undertaking due to its numerous combinations.
Consequently, searching for and sampling an optimal test suite from viable groups of test …

In the last 20 years, software has grown tremendously in terms of size (that is, line of codes
(LOCs), and functionalities). With the increase in LOCs and functionalities, more and more …

Interaction (t-way) testing is a common sampling strategy to minimize combinatorial test data
from large configuration space based on the defined interaction strength (t). Here, all t-way …

The demand for multi-functional software has grown drastically over the years. To cater for
this demand, software engineers are forced to develop complex software with increasing …

T-way strategies is used to generate test data to detect faults due to interaction. In the
literature, there are many t-way strategies developed by researchers for the past 10 years …

This paper describes the new t-way strategy based the Late Acceptance based Hill Climbing
algorithm, called LAHC, for constraints t-way test generation. Unlike earlier competing work …

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 …

To ensure conformance and establish quality, software testing is an integral part in software
engineering lifecycle. However, because of resource and time-to-market constraints, testing …

In software systems, the most of unexpected bugs usually occur when some of the system
components interact with each other at the same time. Combinatorial testing is a method that …

In order to ensure software performance as well as software quality, various testing
techniques have been used to detect faults as early and as many as possible during the …