An Analysis of Software Testing Security using Quality Assurance and Reliability

International Journal of Computer & Organization Trends  (IJCOT)          
© 2017 by IJCOT Journal
Volume - 7 Issue - 6
Year of Publication : 2017
AuthorsDr.S.Kannan, Mr.T.Pushparaj


Dr.S.Kannan, Mr.T.Pushparaj "An Analysis of Software Testing Security using Quality Assurance and Reliability", International Journal of Computer & organization Trends (IJCOT), V7(6):1-10 November - December  2017, ISSN:2249-2593, Published by Seventh Sense Research Group.

Abstract In our lives are directed by great, compositesystems with progressively complex software, and the security, security, and dependability of these systems has established a central concern. As the software in today’s arrangementsproduceslarger, it has extrafaults, and these faults adversely disturb the safety, security, and dependability of the systems. Software engineering is the submission of a methodical, disciplined, measurablemethod to the development, operation, and maintenance of software. Software divides into two pieces: internal and external quality characteristics. External quality characteristics are those portions of aproduct that face its users, where internal quality characteristics are those that do not. Quality is conformance to product requirements and should be free. This research concerns the role of software Quality. Software dependability is asignificantsurface of software quality. It is the probability of failure-free process of a computer program in a quantifiedenvironment for a quantified time. In software reliability modeling, the parameters of the model are typically assessed from the test data of the conformingconstituent. However, the widely used point estimators are subject to random differences in the data, resulting in uncertainties in these projected parameters. This research defines a new method to the problem of software testing. The method is based on Bayesian graphical models andofferingsofficial mechanisms for the logical structuring of the software testing problem, the probabilistic and arithmeticalaction of the suspicions to be addressed, the test design and analysis procedure, and the combination and suggestionof test results. Once built, the models produced are dynamic depictions of the software testingproblem. It explains essential of the mutual test-and-fixsoftware quality approach is no longer acceptable, andcharacterizes the possessions of the quality approach.


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It explains essential of the mutual test-and-fixsoftware quality approach is no longer acceptable, andcharacterizes the possessions of the quality approach.