Waterfall, spiral, prototyping, and incremental models are covered. Agile paradigms are introduced within modern lifecycle frameworks for iterative development.
It covers function points, lines of code, COCOMO model, and risk management techniques to predict effort, cost, and schedule accurately.
Yes, structured analysis tools like DFDs, ER diagrams, structure charts, and data dictionaries are detailed for logical design modeling.
Chapter 9 covers UI design rules, user interaction models, usability heuristics, and prototyping for effective human-computer interaction.
Size-oriented, function-oriented, quality metrics, Halstead’s metrics, and McCabe’s cyclomatic complexity for quantitative process control.
Basic execution time model, calendar time model, Jelinski-Moranda, and Musa’s models predict failure rates and reliability growth.
Chapter 17 covers upper CASE, lower CASE, and integrated CASE tools for analysis, design, code generation, and reverse engineering.
Version control, change control, configuration auditing, baselines, and tools like CVS or Git workflows are explained systematically.
It explains CBSE processes, component selection, composition, and deployment using standard component models like EJB or COM.
Yes, types of documentation (user, technical), documentation standards, and guidelines for writing SRS, SDD, and test reports.
No Description Added
Waterfall, spiral, prototyping, and incremental models are covered. Agile paradigms are introduced within modern lifecycle frameworks for iterative development.
It covers function points, lines of code, COCOMO model, and risk management techniques to predict effort, cost, and schedule accurately.
Yes, structured analysis tools like DFDs, ER diagrams, structure charts, and data dictionaries are detailed for logical design modeling.
Chapter 9 covers UI design rules, user interaction models, usability heuristics, and prototyping for effective human-computer interaction.
Size-oriented, function-oriented, quality metrics, Halstead’s metrics, and McCabe’s cyclomatic complexity for quantitative process control.
Basic execution time model, calendar time model, Jelinski-Moranda, and Musa’s models predict failure rates and reliability growth.
Chapter 17 covers upper CASE, lower CASE, and integrated CASE tools for analysis, design, code generation, and reverse engineering.
Version control, change control, configuration auditing, baselines, and tools like CVS or Git workflows are explained systematically.
It explains CBSE processes, component selection, composition, and deployment using standard component models like EJB or COM.
Yes, types of documentation (user, technical), documentation standards, and guidelines for writing SRS, SDD, and test reports.