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Exploiting Process Dynamics in Multi-Stage Schedule Optimization for Flexible Manufacturing., , , , и . ETFA, стр. 1-8. IEEE, (2022)Checking Scheduling-Induced Violations of Control Safety Properties., , , и . ATVA, том 13505 из Lecture Notes in Computer Science, стр. 100-116. Springer, (2022)Timing Debugging for Cyber-Physical Systems., , , , и . DATE, стр. 1893-1898. IEEE, (2021)Bounding Perception Neural Network Uncertainty for Safe Control of Autonomous Systems., , , , , и . DATE, стр. 1745-1750. IEEE, (2021)Statistical Approach to Efficient and Deterministic Schedule Synthesis for Cyber-Physical Systems., , , , , и . ATVA (1), том 14215 из Lecture Notes in Computer Science, стр. 312-333. Springer, (2023)Certifiable and Efficient Autonomous Cyber-Physical Systems Design., , , , и . VLSID, стр. 259-263. IEEE, (2024)Safety-Aware Flexible Schedule Synthesis for Cyber-Physical Systems Using Weakly-Hard Constraints., , , , и . ASP-DAC, стр. 46-51. ACM, (2023)Process Dynamics-Aware Flexible Manufacturing for Industry 4.0., , , , , и . CASE, стр. 2375-2382. IEEE, (2022)Safety-Aware Implementation of Control Tasks via Scheduling with Period Boosting and Compressing., , , , , и . RTCSA, стр. 196-205. IEEE, (2023)Statistical Hypothesis Testing of Controller Implementations Under Timing Uncertainties., , , , , , и . RTCSA, стр. 11-20. IEEE, (2022)