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International Statistical Review / Revue Internationale de Statistique, 1994
Summary: Probability models and statistical methods are a popular technique for evaluating the reliability of computer software. This paper reviews the literature concerning these methods, with an emphasis on the historical perspective. The use of stochastic techniques is justified, and the various probability models that have been proposed, along with
Singpurwalla, Nozer D., Wilson, Simon P.
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Summary: Probability models and statistical methods are a popular technique for evaluating the reliability of computer software. This paper reviews the literature concerning these methods, with an emphasis on the historical perspective. The use of stochastic techniques is justified, and the various probability models that have been proposed, along with
Singpurwalla, Nozer D., Wilson, Simon P.
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IEEE Transactions on Software Engineering, 1985
THIS is the second part of the special issue on Software Reliability. Part I was published in December 1985 and dealt with software reliability estimation, new modeling techniques, management issues, testing and verification, and fault-tolerant programs. Papers in this issue address software reliability models, hardware-software effects, fault-tolerant
A.L. Goel, F.B. Bastani
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THIS is the second part of the special issue on Software Reliability. Part I was published in December 1985 and dealt with software reliability estimation, new modeling techniques, management issues, testing and verification, and fault-tolerant programs. Papers in this issue address software reliability models, hardware-software effects, fault-tolerant
A.L. Goel, F.B. Bastani
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Standards-software reliability handbook: achieving reliable software
Computer, 1992The results to date of a three-year research effort on software reliability engineering sponsored by the American Institute of Astronautics and Aeronautics (AIAA) are discussed. After a standard for recommended practice for software reliability estimation was approved by the AIAA, a blue-ribbon panel of industry experts was convened to consider the ...
D.M. Siefert, G.E. Stark
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Proceedings of the May 19-22, 1975, national computer conference and exposition on - AFIPS '75, 1975
Software reliability is receiving increased attention from a broad spectrum of computer users as larger computer programs continue to be implemented in diverse and widespread areas. The reason is fundamental: software reliability has been poor on many large systems and poor on systems which have a high degree of human interaction.
R. H. Thayer, E. S. Hinton
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Software reliability is receiving increased attention from a broad spectrum of computer users as larger computer programs continue to be implemented in diverse and widespread areas. The reason is fundamental: software reliability has been poor on many large systems and poor on systems which have a high degree of human interaction.
R. H. Thayer, E. S. Hinton
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Computer, 1971
During the last decade there have appeared in the literature many contributions on the reliability aspects of computer hardware, but relatively few on software. We see this balance changing as software is now becoming the most expensive and complex item in a computer installation. This situation is intensifying as applications become more sophisticated,
B. Elspas, M.W. Green, K.N. Levitt
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During the last decade there have appeared in the literature many contributions on the reliability aspects of computer hardware, but relatively few on software. We see this balance changing as software is now becoming the most expensive and complex item in a computer installation. This situation is intensifying as applications become more sophisticated,
B. Elspas, M.W. Green, K.N. Levitt
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Computers & Industrial Engineering, 1986
Software quality and reliability detection are essential in the software development cycle. Also important is the increasing ratio of software to hardware costs. More important is the increasing reliance upon larger and more complex computer programs which are used to control and make decisions on the status of safety-critical systems, such as nuclear ...
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Software quality and reliability detection are essential in the software development cycle. Also important is the increasing ratio of software to hardware costs. More important is the increasing reliance upon larger and more complex computer programs which are used to control and make decisions on the status of safety-critical systems, such as nuclear ...
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WIREs Computational Statistics, 2011
AbstractIn this article, we present an overview of the state of the art in software reliability. We present some of the traditional software reliability models as well as recent advances in modeling. In so doing, we discuss use of hidden Markov models, as well as nonparametric models including mixtures of Dirichlet processes.
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AbstractIn this article, we present an overview of the state of the art in software reliability. We present some of the traditional software reliability models as well as recent advances in modeling. In so doing, we discuss use of hidden Markov models, as well as nonparametric models including mixtures of Dirichlet processes.
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Forecasting software reliability
1991Computer software fails because of the presence of intellectual faults, ranging from simple coding faults to fundamental design faults. In principle, such faults can be permanently removed when they are detected by failure of the software. Then the software will exhibit reliability growth.
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Early software reliability analysis using reliability relevant software metrics
International Journal of System Assurance Engineering and Management, 2014The early software reliability analysis is very useful for improving the quality of software at reduced testing effort. Software defect density indicator predicted in the early phases (requirement analysis, design and coding phases) provides an opportunity for the early identification of cost overrun, software development process issues and optimal ...
Harikesh Bahadur Yadav +1 more
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