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Based on the principle of “magnetic resistance is minimum one”, adopting “analogism”, a switched reluctance planar motor (SRPM) design scheme has been proposed and developed. With the software of ADAMS (Automatic Dynamic Analysis of Mechanical System) and virtual prototype and simulation technique, the virtual prototype of three dimensions for SRPM is designed. By MATLAB software, the simulation model...
This paper proposes a continuous learning algorithm for feedforward neural networks, an improvement of traditional BP algorithm. Then analyze its convergence and bring up one fuzzy control algorithm to realize adjusting control variables adaptively in order to improve its performance in convergence. At last, we apply this continuous learning algorithm based on fuzzy controller to lateral prediction...
Usually on-off magnetism team motor speed-adjusting adopts traditional linear control algorithm (such as PID). In modern control system, it is nonlinear, multivariable, multi-coupling, high-dimension and the object is time-varying, uncertain and difficult to describe by math model because of the complex control object. The traditional algorithm is difficult to meet the need of on-off magnetism team...
Usually on-off magnetism team motor speed-adjusting adopts traditional linear control algorithm (such as PID). In modern control system, it is nonlinear, multivariable, multi-coupling, high-dimension and the object is time-varying, uncertain and difficult to describe by math model because of the complex control object. The traditional algorithm is difficult to meet the need of on-off magnetism team...
Based on introducing working principle of 2 degrees of freedom AC-HMB, the principle of producing suspension force is expounded and the mathematics models of suspension forces are set up. The fuzzy PID controller with parameters self-tuning for 2 DOF AC-HMB system is designed, and the fuzzy control rule is present. Within MATLAB7.0/SIMULINK environment, the system simulation model is constructed and...
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