By way of this book, Norman Schneidewind has officially bridged the gap between the two disparate fields. Filled with many real-world examples drawn from industry and government, Systems and Software Engineering with Applications provides a new perspective for systems and software engineers to consider when developing optimal solutions. This unique approach to looking at the big picture when addressing system and software reliability can benefit students, practitioners, and researchers. Excel spreadsheets noted in the book are available on CD-Rom for an interactive learning experience. Read Systems and Software Engineering with Applications and learn how to: Quantitatively analyze the performance, reliability, maintainability, and availability of software in relation to the total system - Understand the availability of software in relation to the total system - Use standards as part of the solution - Evaluate and mitigate the risk of deploying software-based systems - Apply models dealing with the optimization of systems through quantitative examples provided to help you understand and interpret model results Some of the areas the book focuses on include: - Systems and software models, methods, tools, and standards - Quantitative methods to ensure reliability - Software reliability and metrics tools - Integrating testing with reliability - Cyber security prediction models - Ergonomics and safety in the workplace - Scheduling and cost control in systems and software.Content:
Chapter 1 Quantitative Methods to Ensure the Reliability, Maintainability, and Availability of Computer Hardware and Software (pages 1โ43):
Chapter 2 Overview of Software Reliability Engineering (pages 45โ62):
Chapter 3 Statistical Quality Control (pages 63โ76):
Chapter 4 Risk, Reliability, and Testing Case Study (pages 77โ102):
Chapter 5 Models for Systems and Software Engineering (pages 103โ128):
Chapter 6 Software Reliability Metrics (pages 129โ151):
Chapter 7 Software Reliability and Metrics Tools (pages 153โ186):
Chapter 8 Integrating Testing with Reliability (pages 187โ209):
Chapter 9 Architecture, Performance, Reliability, and Availability (pages 211โ225):
Chapter 10 Internet Fault Tree Analysis for Reliability Estimation (pages 227โ244):
Chapter 11 Standard for Software Reliability (pages 245โ261):
Chapter 12 Simulation and Analytical Models: A Comparison (pages 263โ288):
Chapter 13 Object?Oriented Methods for Modeling Software Reliability (pages 289โ304):
Chapter 14 Cyber Security Prediction Models (pages 305โ332):
Chapter 15 Ergonomics and Safety in the Workplace (pages 333โ343):
Chapter 16 Facility Layout and Location Models (pages 345โ374):
Chapter 17 Inventory Control (pages 375โ387):
Chapter 18 Scheduling (pages 389โ403):
Chapter 19 Forecasting Models (pages 405โ414):
Chapter 20 Cost Analysis (pages 415โ431):