The Handbook of Software Reliability Engineering / Edition 1 available in Hardcover
- Pub. Date:
- McGraw-Hill Companies, The
The definitive guide to today's most-used software reliability techniques and solutions. Handbook of Software Reliability Engineering Featuring contributions from the worl'ds leading reliability experts,this book/CD-ROM package offers you the most comprehensive and up-to-date resource on software reliability engineering available today. The Handbook takes you step by step through software reliability measurement and prediction. . the attributes and metrics of product design,development process,system architecture,software operational environment,and their effects on reliability. . and the application of this information in software development,acquisiton,use,and maintenance. You'll find detailed coverage of: Software reliability engineering techinique involving modeling,measurement,process framework,systems operations,data collection,and more; Benchmark case studies from AT&T,JPL,Bellcore,IBM,Nortel,NASA,HItachi,ALCATEL,and other European organizations; Emerging research methods including software metrics,testing schemes,fault-tolerant software,fault-tree anaylsis,process simulation,and neural networks. This indispensible reference comes packaged with an MC/DOS CD-ROM loaded with more than $250 worth of popular software reliability tools: SMERFS,CASRE,and SoftRelplus a valuable repository of software project failure data sets
|Publisher:||McGraw-Hill Companies, The|
|Edition description:||BK&CD ROM|
|Product dimensions:||6.31(w) x 9.32(h) x 1.57(d)|
Table of ContentsPart I: Technical Foundations: Introduction, Software Reliability and System Reliability.
Software Reliability Modeling Survey.
Techniques for Prediction Analysis and Recalibration.
The Operational Profile.
Part II: Practices and Experiences: Best Current Practice of SRE.
Software Reliability Measurement Experience.
Measurement Based Analysis of Software Reliability.
Orthogonal Defect Classification.
Field Data Analysis.
Part III: Emerging Techniques: Software Metrics for Reliability Software Testing and Reliability.
Fault-Tolerant Software Reliability Engineering.
Software System Analysis using Fault Trees.
Software Reliability Simulation.
Neural Networks for Software Reliability Engineering.