SRGM with TEF for Imperfect Debugging in Software Systems

Abstract

The main goal of this proposed work is for analyzing FDP and FCP by incorporating two important processes namely TEF and imperfect debugging in software systems. To attain high quality reliability, it is required to test the system rigorously so that failures can be identified and correction can be done by applying tools called debuggers. As we know, testing effort function is predicted during this time by allocating the resources which influences considerably only for the fault identification rate and also for the correction of such faults.
Additionally, new faults may be included for evaluating as the feedback. In this technique, first it is proposed to demonstrate for the inclusion of TEF and fault introduction into FDP and later develop FCP as delayed FDP with a proper effort for correction. The FCP as well FCP as paired specific models which are extracted based on the basis of types of assumptions of introducing fault introduction as well as correction effort. In addition, the optimal policy of software release for different criteria with examples was also presented in this work.