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Optimal Weighted Combinational Models for Software Reliability Estimation and Analysis.

, and . IEEE Trans. Reliability, 63 (3): 731-749 (2014)

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Comparative performance evaluation of applying extended PIE technique to accelerate software testability analysis., , , and . Int. J. Systems Science, 43 (12): 2314-2333 (2012)Reliability analysis using weighted combinational models for web-based software., and . WWW, page 1131-1132. ACM, (2009)Optimal Weighted Combinational Models for Software Reliability Estimation and Analysis., and . IEEE Trans. Reliability, 63 (3): 731-749 (2014)Improving Effort Estimation Accuracy by Weighted Grey Relational Analysis During Software Development., and . APSEC, page 534-541. IEEE Computer Society, (2007)Dominant Factors for Online Trust.. CW, page 165-172. IEEE Computer Society, (2008)A Study of Improving the Accuracy of Software Effort Estimation Using Linearly Weighted Combinations., , , and . COMPSAC Workshops, page 98-103. IEEE Computer Society, (2010)A confidence-based framework for business to consumer (B2C) mobile commerce adoption., and . Personal and Ubiquitous Computing, 12 (1): 77-84 (2008)Comparison of weighted grey relational analysis for software effort estimation., and . Softw. Qual. J., 19 (1): 165-200 (2011)An Adaptive Reliability Analysis Using Path Testing for Complex Component-Based Software Systems., and . IEEE Trans. Reliability, 60 (1): 158-170 (2011)Evaluation and Analysis of Spectrum-Based Fault Localization with Modified Similarity Coefficients for Software Debugging., , , and . COMPSAC, page 180-189. IEEE Computer Society, (2013)