Context: Software regression testing refers to rerunning test cases after the system under
test is modified, ascertaining that the changes have not (re-) introduced failures. Not all …

Regression testing is crucial but can be extremely costly. Regression Test Selection (RTS)
aims to reduce regression testing cost by only selecting and running the tests that may be …

Developers rely on regression testing in their continuous integration (CI) environment to find
changes that introduce regression faults. While regression testing is widely practiced, it can …

Regression test selection (RTS) speeds up regression testing by only re-running tests that
might be affected by code changes. Ideal RTS safely selects all affected tests and precisely …

Executing large test suites is time and resource consuming, sometimes impossible, and
such test suites typically contain many redundant test cases. Hence, test case (suite) …

Modern software development processes recommend that changes be integrated into the
main development line of a project multiple times a day. Before a new revision may be …

Regression test selection (RTS) reduces regression testing costs by re-running only tests
that can change behavior due to code changes. Researchers and large software …

Prioritization (TCP) are used to reduce the cost of regression testing to achieve the
objectives that the modifications in the target code would not impact the functionality of …

Today's software failures have two dominating root causes: code bugs and
misconfigurations. To combat failure-inducing software changes, unified regression testing …

Test case selection (TCS) and test case prioritization (TCP) techniques can reduce time to
detect the first test failure. Although these techniques have been extensively studied in …