Research Profile
My research focuses on software engineering, software quality, and code smells detection. I have published extensively in peer-reviewed journals on software refactoring, UML model stability, and machine learning approaches for software quality assessment. My work contributes to improving software maintainability and evolution.
View Google Scholar ProfileResearch Interests
Areas of expertise and current research focus
Software Engineering
Software Quality
Code Smells Detection
Software Refactoring
UML Model Stability
Software Metrics
Machine Learning
Fuzzy Systems
Traffic Engineering
Algorithm Analysis
Publications
Peer-reviewed journal articles and conference proceedings
Software smell detection techniques: A systematic literature review
JournalJournal of Software: Evolution and Process 33 (3), e2320
A metrics suite for UML model stability
JournalSoftware & Systems Modeling 18 (1), 557-583
The integration of dynamic lane grouping technique and signal timing optimization for improving the mobility of isolated intersections
JournalArabian Journal for Science and Engineering 42, 1013-1024
Detection of design smells using adaptive neuro-fuzzy approaches
JournalInternational Journal of Fuzzy Systems 24 (4), 1927-1943
Prioritization of model smell refactoring using a covariance matrix-based adaptive evolution algorithm
JournalInformation and Software Technology 146, 106875
Taxonomy and Practical Evaluation of Primality Testing Algorithms
PreprintarXiv preprint arXiv:2006.08444
Software refactoring side effects
JournalJournal of Software: Evolution and Process 36 (1), e2401
Towards the Definition of Software Model Stability Metrics
ThesisPQDT-Global