Data-driven intelligent fault root cause location is important to the reliability and safety of
network operation and maintenance. However, the number of fault samples is much greater …

Accurate fault localization renders software test resource allocation and maintenance cost-
efficient. However, this is challenging when there are false alarm repercussions caused by …

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 …

Context: Fault localization (FL) techniques are employed to identify the relationship between
program statements and failures by analyzing runtime information. They rely on the statistics …

Fault localization is an important part of software testing and debugging, helping improve the
process of fixing faults. Mutation-Based Fault Localization (MBFL) is widely used, but the …

Fault Localization (FL) is an important and time-consuming phase of software debugging.
The essence of FL lies in the process of calculating the suspiciousness of different program …

Software quality is key to the success of software systems. Modern software systems are
growing in their worth based on industry needs and becoming more complex, which …

Existing fault localization techniques typically analyze static information and run-time profiles
of faulty software programs, and subsequently calculate suspiciousness values for each …

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 (FL) aims to automatically find the location of bugs in a software program.
In the family of FL approaches, spectrum‐based fault localization (SBFL) is the most widely …