Optimal sofware release policies for software reliability growth models under imperfect debugging

Increases the Reliability of Software using Enhanced Non Homogenous Poisson Process (EHPP), Functional Point and Test Point Analysis

“…It is hard to remove the entire faults in the software due to its complex nature. This is also termed as imperfect debugging [15]. Error generation is defined as phenomena in which remaining faults in the software leads to further generation of faults.…”

Diagnosis of Software using Testing Time and Testing Coverage

“…Applying SRGMs in practice is somewhat complex due to complicated manual calculations Bijoyeta Roy et al put the concentration on S shaped SRGM utilizing a flexible modelling approach which substitutes the traditional manual methods with computerized techniques [11]. Shuanqi Wang et al presents an accelerated testing methodology relies on test coverage for enhancing the competence and effect of software reliability testing [8]. The testing procedure is speed up by means of the strategy of not executing redundant test cases plus recompenses their execution instance.…”

“…They have assumes various postulations depends on the environmental circumstances. Jelinski-Moranda deeutrophication model [8] is one of the simplest plus earlier developed model. This model assumes various postulations.…”

Modified Jelinski-Moranda Software Reliability Model with Imperfect Debugging Phenomenon

“…The concept of imperfect debugging was first introduced in software reliability models by Goel [9] by introducing probability of imperfect debugging to the J-M model. Kapur and Garg [10] introduced the imperfect debugging process in the Goel and Okumoto model. They assumed that the error removal rate per remaining error is reduced due to the imperfect debugging.…”