Automated test case generation for path coverage (ATCG-PC), as an important task in
software testing, aims to achieve the highest path coverage of a tested program by using as …

Search-based algorithms are a recent research hotspot for solving path coverage (PC),
which is the most critical and challenging problem in the field of automated test case …

Path testing is the basic approach of white box testing and the main approach to solve it by
discovering the particular input data of the searching space to encompass the paths in the …

The generation of multiple‐path test cases can greatly enhance the efficiency of path‐wise
testing. Various methods adopting meta‐heuristic algorithm to generate multiple‐path test …

This paper proposes a self-adaptive mobile web service (MWS) discovery approach based
on the modified negative selection algorithm (M-NSA) to improve the effectiveness and …

It is a challenge to design an effective algorithm utilizing problem features in automated test
case generation for path coverage (ATCG-PC). A feature of ATCG-PC “similar paths are …

Software testing is very time consuming, labor-intensive and complex process. It is found
that 50% of the resources of the software development are consumed for testing. Testing can …

Similar paths are usually covered by similar test cases, which is one of the characteristics of
automated test case generation for path coverage. Based on this characteristic, this paper …

This paper proposes a self-adaptive mobile web service (MWS) discovery framework for a
dynamic mobile environment (DME) to deal with MWS proliferation, dynamic context, and …

Test data generation is one of the main tasks of software testing. The goal of test data
generation based on search algorithms is to automate the task and find test data that meet …