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Interactive metamodel/model co-evolution using unsupervised learning and multi-objective search.

, and . MoDELS, page 68-78. ACM, (2020)

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Transforming Interactive Multi-objective Metamodel/Model Co-evolution into Mono-objective Search via Designer's Preferences Extraction., and . SSBSE, volume 12420 of Lecture Notes in Computer Science, page 88-104. Springer, (2020)Enabling Decision and Objective Space Exploration for Interactive Multi-Objective Refactoring., , , , and . IEEE Trans. Software Eng., 48 (5): 1560-1578 (2022)Interactive metamodel/model co-evolution using unsupervised learning and multi-objective search., and . MoDELS, page 68-78. ACM, (2020)Interactive Refactoring Documentation Bot., , , , and . SCAM, page 152-162. IEEE, (2019)Less is More: From Multi-objective to Mono-objective Refactoring via Developer's Knowledge Extraction., , and . SCAM, page 181-192. IEEE, (2019)Simultaneous Refactoring and Regression Testing., , , , and . SCAM, page 216-227. IEEE, (2019)The impact of secondary tasks on drivers during naturalistic driving: Analysis of EEG dynamics., and . ITSC, page 2493-2499. IEEE, (2016)What Refactoring Topics Do Developers Discuss? A Large Scale Empirical Study Using Stack Overflow., , , and . IEEE Access, (2022)Reducing interactive refactoring effort via clustering-based multi-objective search., and . ASE, page 464-474. ACM, (2018)RefBot: Intelligent Software Refactoring Bot., , , and . ASE, page 823-834. IEEE, (2019)