A learning-based module extraction method for object-oriented systems

Keyphrases

• Learning-based 100%
• Extraction Methods 100%
• Module Extraction 100%
• Object-oriented Systems 100%
• Software System 33%
• Object-oriented 33%
• Cloud-based 33%
• Design Principles 33%
• Highly Accurate 33%
• Clustering Algorithm 33%
• Directed Graph 33%
• Open Source Project 33%
• Object-oriented Design 33%
• Object-oriented Software Systems 33%
• Efficient Architecture 33%
• Legacy Software 33%
• Weighted Graph 33%
• Specific Group 33%
• Reusable Software 33%
• Machine Learning Classification 33%
• Classification System 33%
• Real Objects 33%
• Industrial Projects 33%
• Extraction System 33%
• Software Comprehension 33%
• Architecture Recovery 33%
• Weight of an Edge 33%
• Distributed Systems 33%
• Module Structure 33%
• Service-oriented Architecture 33%

Computer Science

• Software Systems 100%
• Object-Oriented System 100%
• Open Source 50%
• object oriented software 50%
• Clustering Algorithm 50%
• Distributed Systems 50%
• Directed Graphs 50%
• Object-Oriented Design 50%
• Candidate Service 50%
• Reusable Software 50%
• Service Oriented Architecture 50%
• weighted graph 50%
• Experimental Result 50%
• Reference System 50%
• Machine Learning 50%
• Learning System 50%