NFSBST Framework

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NFSBST Framework by Mind Map: NFSBST Framework

1. Non-Functional Properties

1.1. 1. Quality of Information

1.2. 2. Reliability

1.3. 3. Performance

1.4. 4. Cost

1.5. 5. Availability

1.6. 6. Response Time

1.7. 7. Throughput

1.8. 8. Memory Consumption

1.9. 9. Security

1.10. 10. Safety

1.11. 11. Efficiency

1.12. 12. Self-stabilization Time

1.13. 13. Power/Energy Consumption

1.14. 14. Service Time

1.15. 15. Processor Utilization

1.16. 16. Usability

1.17. 17. Execution Time

2. Systems

2.1. 1. Mobile Applications

2.2. 2. Individual Algorithms of the Software

2.3. 3. Randomised Algorithm

2.4. 4. Micro-Controllers

2.5. 5. MiniSAT Boolean Satisfiability solver

2.6. 6. Software systems developed using C language

2.7. 7. Software systems developed using JAVA

2.8. 8. Software systems developed using C++

2.9. 9. Cloud systems

2.10. 10. Safety critical systems

2.11. 11. Service oriented systems

2.12. 12. Component based systems in Automotive domain

2.13. 13. Embedded systems

2.14. 14. Unix/Linux based systems

2.15. 15. Train control management systems

3. Tools

3.1. 1. Performance-Enhancing Tool using UML Transformations and Multi-Objective Optimisations (PETUT-MOO)

3.2. 2. EvoChecker

3.3. 3. MOS tool

3.4. 4. EvoSuite

3.5. 5. AUSTIN

4. Meta-heuristic Techniques

4.1. 1. Tabu Search

4.2. 2. Multi-objective Genetic Algorithms (MOGA)

4.3. 3. Amortized Algorithms

4.4. 4. Genetic Algorithms

4.5. 5. Simulated Annealing

4.6. 6. Hill Climbing

4.7. 7. Genetic Programming

4.8. 8. Particle Swarm Optimisation

4.9. 9. Genetic Evolution

4.10. 10. Multi-objective Optimisation

4.11. 11. Genetic Improvement

4.12. 12. Ant Colony Optimisation algorithm

4.13. 13. Monte-Carlo tree search