Inducing Vulnerability Testing to Enhance Performance
Keywords:
Test Case Generation, Test suite minimization, concept analysis, lattice, Genetic Algorithm, Empirical analysis, Coverage analysisAbstract
Software engineering principles and practice are primarily focused in a conceptual environment where the entire software as a whole is scrutinized to identify vulnerabilities. There are many inadequacies of such behavior based software engineering as such conceptual software engineering is to integrate the cause of such cases into the complete series of existing and promising software engineering principles and practices. This model is to generate a testing tool that features in identifying vulnerabilities to increase the performance of the software. This is done by trying out the various known sequence, and the results are checked for consistency. Since systems grow in size and complexity, the performance-based vulnerability is becoming a more challenging task. This model is step by step validation processes that are induced to generate the vulnerability prediction tool for the software during its development process. This tool is used to identify vulnerability to provide software quality assurance. This is done by studying most of the known computer attacks and the safeguard measure against such vulnerabilities is applied early in the software development life cycle. This model is to check whether the software exhibits proper behavior when improper usage or improper input is given to the system, and this logic is carried out in every phase of the software development life cycle.
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