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Evolutionary generation of metamorphic relations for cyber-physical systems.

, , , , , и . GECCO Companion, стр. 15-16. ACM, (2022)

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Using Machine Learning to Build Test Oracles: an Industrial Case Study on Elevators Dispatching Algorithms., , , , , и . AST@ICSE, стр. 30-39. IEEE, (2021)RoadSign at the SBFT 2023 Tool Competition Cyber-Physical Systems Track., , и . SBFT, стр. 37-38. IEEE, (2023)Multi-Objective Metamorphic Test Case Selection: an Industrial Case Study (Practical Experience Report)., , , и . ISSRE, стр. 541-552. IEEE, (2022)Microservices for Continuous Deployment, Monitoring and Validation in Cyber-Physical Systems: an Industrial Case Study for Elevators Systems., , , , , , , и . ICSA Companion, стр. 46-53. IEEE, (2021)Evolutionary generation of metamorphic relations for cyber-physical systems., , , , , и . GECCO Companion, стр. 15-16. ACM, (2022)Machine learning-based test oracles for performance testing of cyber-physical systems: An industrial case study on elevators dispatching algorithms., , , , , , и . J. Softw. Evol. Process., (2022)Towards a Taxonomy for Eliciting Design-Operation Continuum Requirements of Cyber-Physical Systems., , , , , , , , и . RE, стр. 280-290. IEEE, (2020)Generating metamorphic relations for cyber-physical systems with genetic programming: an industrial case study., , , , , и . ESEC/SIGSOFT FSE, стр. 1264-1274. ACM, (2021)Performance-Driven Metamorphic Testing of Cyber-Physical Systems., , , , , и . IEEE Trans. Reliab., 72 (2): 827-845 (2023)Automatically Generating Metamorphic Relations via Genetic Programming., , , , и . CoRR, (2023)