Computational Intelligence Techniques and Their Applications to Software Engineering Problems
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Computational Intelligence Techniques and Their Applications to Software Engineering Problems
Jain, Vishal; Bansal, Ankita; Jain, Abha; Choudhary, Ankur; Jain, Sarika
Taylor & Francis Ltd
10/2024
251
Mole
9780367529802
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1. Implementation of Artificial Intelligence Techniques for Improving Software Engineering. 2. Software effort estimation: Machine learning vs. Hybrid algorithms. 3. Implementation of Data Mining Techniques for Software Development Effort Estimation. 4. Empirical Software Measurements with Machine Learning. 5. Project Estimation And Scheduling Using Computational Intelligence. 6. Application of Intuitionistic Fuzzy Similarity Measures in Strategic Decision-Making. 7. Nature-Inspired Approaches to Test Suite Minimization for Regression Testing. 8. Identification and Construction of Reusable Components from Object-Oriented Legacy Systems using various Software Artifacts. 9. A Software Component Evaluation and Selection Approach Using Fuzzy Logic. 10. Smart Predictive Analysis for Testing Messaging-passing Applications. 11. Status of Agile Practices in the Software Industry in 2019. 12. Agile Methodologies: A Performance Analysis To Enhance Software Quality. 13. Pre-Trained Deep Neural Networks for Age Prediction from IRIS Biometrics. 14. Hybrid Intelligent Decision Support Systems to Select The Optimum Fuel Blend in CI Engine. 15. Understanding the Significant Challenges of Software Engineering in Cloud Environment.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Computational Intelligence Techniques;Software Development Process;Heuristic and Meta-Heuristic Algorithms;CI;Intelligent Feature Selection;Computational Intelligence;Test Case Optimization;If;Machine Learning;SE Process;Software Design;Agile Methods;Software Reliability;Effort Estimation;software cost estimation;Membership Function;meta-heuristic algorithms;TOPSIS;SDLC Model;software engineering issues;Cot;software requirement prioritization;TOPSIS Methodology;NSGA Ii Algorithm;IFSs;Fuzzy TOPSIS;Tamil Nadu;Fuzzy Decision Matrix;Mars;Real Time Database;Ai Technique;Agile Methodologies;Nonfunctional Requirements;Iris Biometrics;Single Cylinder Compression Ignition Engine
1. Implementation of Artificial Intelligence Techniques for Improving Software Engineering. 2. Software effort estimation: Machine learning vs. Hybrid algorithms. 3. Implementation of Data Mining Techniques for Software Development Effort Estimation. 4. Empirical Software Measurements with Machine Learning. 5. Project Estimation And Scheduling Using Computational Intelligence. 6. Application of Intuitionistic Fuzzy Similarity Measures in Strategic Decision-Making. 7. Nature-Inspired Approaches to Test Suite Minimization for Regression Testing. 8. Identification and Construction of Reusable Components from Object-Oriented Legacy Systems using various Software Artifacts. 9. A Software Component Evaluation and Selection Approach Using Fuzzy Logic. 10. Smart Predictive Analysis for Testing Messaging-passing Applications. 11. Status of Agile Practices in the Software Industry in 2019. 12. Agile Methodologies: A Performance Analysis To Enhance Software Quality. 13. Pre-Trained Deep Neural Networks for Age Prediction from IRIS Biometrics. 14. Hybrid Intelligent Decision Support Systems to Select The Optimum Fuel Blend in CI Engine. 15. Understanding the Significant Challenges of Software Engineering in Cloud Environment.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Computational Intelligence Techniques;Software Development Process;Heuristic and Meta-Heuristic Algorithms;CI;Intelligent Feature Selection;Computational Intelligence;Test Case Optimization;If;Machine Learning;SE Process;Software Design;Agile Methods;Software Reliability;Effort Estimation;software cost estimation;Membership Function;meta-heuristic algorithms;TOPSIS;SDLC Model;software engineering issues;Cot;software requirement prioritization;TOPSIS Methodology;NSGA Ii Algorithm;IFSs;Fuzzy TOPSIS;Tamil Nadu;Fuzzy Decision Matrix;Mars;Real Time Database;Ai Technique;Agile Methodologies;Nonfunctional Requirements;Iris Biometrics;Single Cylinder Compression Ignition Engine
