… of faults in a software system… programming for their capability of the number of faults prediction.
The empirical validation of different fault prediction models is performed over ten software …

… capability of six fault prediction techniques such as genetic programming, multilayer perceptron…
libraries and command line tools to help in building Java applications. It is written in Java …

… In this section, we focus on Android application programs, and explore how to use the
formal framework introduced in Sect. 3 to model Permissions, an implementation mechanism …

… and libraries, but the source code for legacy programs is … software-implemented technique
for transient fault tolerance. PLR creates a set of redundant processes per original application …

… According to the findings of this study, a novel strategy for estimating the quality of software
may be derived from the application of the Support Vector Machine (SVM) to the classification …

… Since neither a test suite nor a set of known faults exists for our subject programs, we use
Apollo’s combined concrete and symbolic execution technique that was presented in Section 3 …

… can quickly recover programs from many types of software bugs, … avoids software defects
in the four tested server applications … Also, as we find that most faults are detected promptly (…

… By directly programming the debugging … inject faults with minimum interference with the
target application. Unlike previous software fault injectors, with Xception the target application is …

… The aim of this study is to systematically review existing research on MFL in the software
fault localization (SFL) domain. This study also aims to identify, categorize, and synthesize …

… in the reliability of software for crucial applications. At execution time, the fault-tolerant
structure … of several failure regions for faults in programs used in a previous experiment [7]. The …