Software reliability is one of the most important elements of the overall quality of any software even after the accomplishment of software work. If it fails to meet its actual performance after its deployment, then the software is considered as unreliable software. We cannot expect better performance from such software.
In this “Software Reliability - Software Engineering” you will learn about following topics:
- Introduction to Software Reliability
- Measures of Reliability and Availability
- Software Reliability Measurement Techniques
- Product Metrics
- Project Management Metrics
- Process Metrics
- Fault and Failure Metrics
- Reliability Metrics
- Mean Time to Failure (MTTF)
- Mean Time Between Failure (MTBR)
- Rate of Occurrence of Failure (ROCOF)
- Probability of Failure on Demand (POFOD)
- Availability (AVAIL)
- Software Reliability Models
- Prediction Models
- Musa Model
- Putnam Model
- Rome Lab TR-92-52 Model
- Rayleigh Model
- Estimation Model
- Weibull Model (WM)
- Bayesian Models (BM)
- J -M Model (JMM)
- Goel-Okumoto Model (GOM)
- Thompson and Chelson’s Model
- Software Safety
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BCA 5th Semester Software Engineering Notes Pdf:
- Unit I: Introduction Of Software Engineering
- Unit II: Software Specification
- Unit III: Software Testing Techniques And Strategies
- Unit IV: Software Qualities And Software Quality Assurance
- Unit VI: Management Of Software Engineering
- Unit VII: Object Oriented Concepts And Principles
- Unit VIII: Emerging Trends
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