Researchers have recently achieved significant advances in deep learning techniques,
which in turn has substantially advanced other research disciplines, such as natural …

Context: Spectrum-based fault localization (SBFL) performs statistical analysis on the
coverage information of failed or passed test cases. It provides the programmer with a guide …

Coincidental correctness (CC) is a situation during the execution of a test case, the buggy
entity is executed, but the program behaves correctly as expected. Many automated fault …

Coincidental correctness (CC) can be misleading for developers because it gives the
impression that the code is functioning correctly when there are hidden faults. To mitigate …

Fault localization is essential to software maintenance tasks such as testing and automated
program repair. Many fault localization techniques have been developed, the most common …

A test suite is indispensable for fault localization by providing useful execution information of
its test cases for locating suspicious statements of being faulty. There exists a type of test …

Fault localization seeks to locate the suspicious statements possible for causing a program
failure. Experimental evidence shows that fault localization effectiveness is affected …

Fault localization is a process that aims to identify the potentially faulty statements
responsible for program failures by analyzing runtime information. Therefore, the input code …

Spectrum-Based Fault Localization (SBFL) technique is widely applied for fault localization,
identifying faulty statements potentially resulting in unexpected faulty programs' behavior …

Automatic fault localization technology plays a critical role in software development by
automatically identifying potential faults in the code, thus helping programmers improve …