Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: A system is said to be fault-tolerant if it remains functional even after a fault occurs. By describing faults as unpredicted events,  study the active fault-tolerance of discrete-event systems (DES) while ensuring safety requirements. Starting from a finite automaton model of the uncontrolled plant, our proposed control framework consists of nominal supervision, fault diagnosis and active post-fault control reconfiguration. First a nominal supervisor is designed with respect to the nominal mode to ensure the control specification prior to the occurrence of faults. Second, a learning-based algorithm is proposed to compute a diagnoser that can detect the occurrence of a fault. Necessary and sufficient conditions under which a post-fault safety-enforcing control reconfiguration is feasible are explored, and a second learning-based design algorithm for the post-fault supervisor is presented by using the limited lookahead policies. Effectiveness the proposed framework is examined through an example.
['Jin Dai', 'Ali Karimoddini', 'Hai Lin']
I am writing a research paper on a idea Achieving fault-tolerance and safety of discrete-event systems through learning
[{"from": "human", "value": "I am writing a research paper on a idea Achieving fault-tolerance and safety of discrete-event systems through learning"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: A system is said to be fault-tolerant if it remains functional even after a fault occurs. By describing faults as unpredicted events,  study the active fault-tolerance of discrete-event systems (DES) while ensuring safety requirements. Starting from a finite automaton model of the uncontrolled plant, our proposed control framework consists of nominal supervision, fault diagnosis and active post-fault control reconfiguration. First a nominal supervisor is designed with respect to the nominal mode to ensure the control specification prior to the occurrence of faults. Second, a learning-based algorithm is proposed to compute a diagnoser that can detect the occurrence of a fault. Necessary and sufficient conditions under which a post-fault safety-enforcing control reconfiguration is feasible are explored, and a second learning-based design algorithm for the post-fault supervisor is presented by using the limited lookahead policies. Effectiveness the proposed framework is examined through an example."}]