A Methodology to Automate the Selection of Design Patterns

Keyphrases

• Design Patterns 100%
• Design Problems 80%
• Selection Strategy 40%
• Fuzzy C-means 40%
• Design Process 20%
• Two-sample 20%
• Learning Process 20%
• C4.5 20%
• Support Vector Machine 20%
• Design Phase 20%
• Object-oriented 20%
• Text Processing 20%
• Nave Bayes 20%
• Appropriate Design 20%
• Software Design 20%
• Formal Specification 20%
• Supervised Learning Method 20%
• Automated Design 20%
• Unsupervised Learning Techniques 20%
• Automation Techniques 20%
• Cosine Similarity 20%
• Software Design Patterns 20%

Computer Science

• Design Pattern 100%
• Design Problem 66%
• Learning Technique 33%
• fuzzy c mean 33%
• Support Vector Machine 16%
• Supervised Learning 16%
• Unsupervised Learning 16%
• Selection Process 16%
• Nave Bayes 16%
• Learning Process 16%
• Formal Specification 16%
• Software Design 16%
• Design Phase 16%
• Comparison Result 16%
• Step Methodology 16%
• Decision Tree 16%
• Software Design Pattern 16%
• Cosine Similarity 16%