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Dynamic model of asynchronous machine
2017 18th International Scientific Conference on Electric Power Engineering (EPE), 2017This paper deals the mathematical description of an asynchronous machine. Differential equations are then used to create a dynamic model of asynchronous machine. For the possibility of evaluation the quality of the created model are created at the conclusion the basic characteristics of representing the asynchronous machine.
Radomir Gono
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A Continuous-Time Asynchronous Boltzmann Machine
Neural Networks, 1997We propose an asynchronous neural network model having the same structure as the binary Hopfield model. Each neuron operates with continuous time and randomly changes its state according only to its membrane potential. The proposed model settles in a steady-state fluctuation, in which the probability distribution of the global state is identical to ...
Kazuo Yamanaka
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Asynchronous Machine With Ferrofluid in Gap: Modeling, Simulation, and Analysis
IEEE Transactions on Magnetics, 2020In this article, an asynchronous machine with ferrofluid in the gap (AM-WFIG) is analyzed. The principle of this machine was derived theoretically. The magnetic-flux density distribution inside the machine is analyzed and calculated by the numerical ...
Guanbao Zeng, Shiwei Zhao
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Machine learning in an asynchronous machine
Conference Proceedings 1991 IEEE International Conference on Systems, Man, and Cybernetics, 2002To give a broad view of machine learning, the authors describe the basic methods of learning and give examples of learning systems which illustrate these techniques. Some of the early research in the performance of machine learning systems is discussed.
J. Carter, J. Herath
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On the control of asynchronous machines with races
IEEE Transactions on Automatic Control, 2003The problem of eliminating the effects of critical races on asynchronous machines is considered in a control theoretic context. State feedback controllers that eliminate the effects of critical races are developed. The results include necessary and sufficient conditions for the existence of such controllers and algorithms for their design.
Thomas E. Murphy +2 more
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Asynchronous Abstract Machines
Proceedings of the 9th International Workshop on Runtime and Operating Systems for Supercomputers, 2019Today's systems offer an increasing number of processor cores, however, the chance to operate them efficiently by dedicating cores to specific tasks is often missed. Instead, mixed workloads are processed by each core which leads to system noise (i.e., interferences, scheduling overheads) and yields subpar performance, only.
Sebastian Maier +3 more
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A Fuzzy Controller for Stabilization of Asynchronous Machine
IEEE International Conference on Renewable Energy Research and Applications, 2018In a practical, certain physical characteristics of the Asynchronous Machine (MAS) can vary during operation, which brings parametric variations to the system model.
A. Harrouz +4 more
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Fault-Tolerant Asynchronous Sequential Machines
IEEE Transactions on Computers, 1974A general design technique for achieving single fault-tolerant asynchronous sequential circuits is described. The design procedures apply over a large range of fault conditions and are extremely easy to use. Generally, less than three times the logic required for a single copy is needed to achieve single fault tolerance. In addition to fault tolerance,
Gary K. Maki, Dwight H. Sawin III
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