Quality, Reliability and Infocom Technology: Trends and Future Directions
Editor(s): P. K. Kapur, A. K. Verma, S. K. Khatri, Ompal Singh
E-ISBN: Publication Year: 2012
Binding: Hard Back Dimension: 185mm x 240mm Weight: 968
About the book
Producing and maintaining the high quality of products and processes are at the core of engineering and only a comprehensive quality improvement and assessment program that have successful outcome can assure it. Reliability of computer systems has become a major concern for our society. Software reliability is the key factor in software quality since it qualities software failures – the most unwanted event which makes software useless or even harmful to the whole system. Achieving highly reliable software in the customer’s perspective is a demanding job to all software engineers and reliability engineers. Papers in this book are classified into four main areas: RELIABILITY, QUALITY, OPTIMIZATION AND INFOCOM TECHNOLOGY. This book will benefit wider audiences amongst the scientific and research community in academia and industry.
Table of Contents
Preface / Acknowledgements / Optimal Release Problem Based on Flexible Hazard Rates for an Embedded OSS Development / Testing Time Allocation Problem for N-Version Modular Software System / Genetic Algorithm based Mixed-Integer Nonlinear Programming in Reliability Optimization Problems / Uncertainty Analysis in PSA with Correlated Input Parameters / The Long Jump in Linear Optimization using Transformation that Converts the ‘n’ to a ‘2’ Variable LP Problem / Change-Point Modeling with Difference in Software Failure-Occurrence Time-Interval for Reliability Assessment / Software Reliability Growth Modeling for Successive Release / Failure Prediction of Rail Considering Rolling Contact Fatigue / Six Sigma Approach in Quality Improvement of Pressure Vessels in Water Purifier / Fuzzy Logic Model for Iron Ore Pellet Grading / Performance Optimizations in Adhoc Networks using Cross Layer Processing and Designs / Stochastic Differential Equation based Modeling for Multiple Generations of Software / Reliability Analysis of M-out-of-N:G System with Multiple Types of Warm Standby / Maintenance Interval Optimisation for Large Engineering Plants / Operational Analysis of a 2-Out-of-3 Redundant System with Inspection Subject to Degradation / An Optimal Resource Allocation Model Incorporating Switching in Fault Detection Rate: A New Insight / Information Systems Organization – A Strategic Asset / Fuzzy Model for Gene Regulatory Networks based on Fuzzy Reasoning Petri Nets / The Increase of Customer Satisfaction through Total Quality Management Technique / On the Development of Software Reliability Growth Model for Distributed Environment / Mathematical Model for Optimum Replacement Interval of Grinding Mill Liners / Generalized Framework for Fault Detection and Correction Processes for Successive Release of Software / Evaluating the Fuzzy Reliability of Basement Flooding using Trapezoidal Intuitionistic Fuzzy Number / NHPP Error Detection Software Model with Repair / Process Improvement Studies: An Industrial Engineering Application / Available Transfer Capability in Deregulated Power Systems: A Review / Unification Scheme for Testing Effort Allocation – A Dynamic Approach / Reliability Analysis and Resource Allocation of an Industrial System / Control Chart based Reliability Monitoring – A Model Development / Analysis of Employees Satisfaction in a Manufacturing Organization / Multiple E-Node in Backtracking Technique for all Optimal Solutions of General M-Machine Flow-Shop Scheduling Problem / Application of Intuitionistic Fuzzy Sets (IFS) in Medical Diagnosis of Headache / Embedding Testing-Effort and Stochastic Differential Equation in Fault-Dependency based SRGMs / Functional Reliability Analysis of Passive Safety Grade Decay Heat Removal System of PFBR by Moments Method / Release Time Problem with Change-Point Incorporating the Effect of Imperfect Debugging and Fault Generation.
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