Enhancing GUI test case generation with multi-objective quasi-oppositional genetic sparrow. [PDF]
Sci RepJayalakshmi N, Sakthivel K.
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Fault Tree Reliability Analysis via Squarefree Polynomials: Mathematical and Experimental Analysis. [PDF]
SN Comput SciLopuhaä-Zwakenberg M.
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Optimized ANN-RF hybrid model with optuna for fault detection and classification in power transmission systems. [PDF]
Sci RepUzel H, Özüpak Y, Alpsalaz F, Aslan E.
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Multi-level screening method for network security alarms based on DBSCAN algorithm and rete rule inference. [PDF]
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Optimized predictive maintenance for streaming data in industrial IoT networks using deep reinforcement learning and ensemble techniques. [PDF]
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Fault detection and diagnosis in photovoltaic systems using artificial intelligence and time-frequency analysis. [PDF]
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Abstract The fault tree analysis is a widely used method for evaluation of systems reliability and nuclear power plants safety. This paper presents a new method, which represents extension of the classic fault tree with the time requirements. The dynamic fault tree offers a range of risk informed applications.
Marko Cepin
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A methodology of alarm filtering using dynamic fault tree
Reliability Engineering and System Safety, 2011This article presents a new approach for filtering the faults, thanks to the defined dynamic fault tree (DFT). The proposed methodology includes the dependencies between fault events in the models. Two problems must thus be solved: they relate to the filtering of false alarms, and the reduction of the size of the ambiguity of fault isolation related to
Zineb Simeu-Abazi
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Dynamic fault-tree models for fault-tolerant computer systems
IEEE Transactions on Reliability, 1992Reliability analysis of fault-tolerant computer systems for critical applications is complicated by several factors. Systems designed to achieve high levels of reliability frequently employ high levels of redundancy, dynamic redundancy management, and complex fault and error recovery techniques.
J B Dugan
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Dynamic Fault Tree Models for FPGA Fault Tolerance and Reliability
2021 IEEE Computer Society Annual Symposium on VLSI (ISVLSI), 2021Field Programmable Gate Arrays (FPGAs) are widely used in many safety-critical applications mainly due to their high computational efficiency and dynamic reconfiguration. Although dynamic reconfigurability is often leveraged upon to attain further flexibility and reliability, it comes with an area overhead.
Yassmeen Elderhalli +4 more
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