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To the design of an optoelectronic tracking servo system, not only the reasonability of the control algorithm should be considered, but the cost and time as well. It is necessary to establish the simulation model for the system. Applying the C MEX S functions, we can build the every independent digital control modules in MATLAB/SIMULINK for the optoelectronic tracking servo system. In the paper, we...
This paper presents usage of two software programs, MATLAB and LabVlEW, for designing a motion control system and provides a brief look on the issue from the control system designer's level. Firstly, mathematical modeling and controller for a motion control system including permanent magnet brush type direct current motor and gear head is given with MATLAB and then suitable hardware for specific purposes...
In this paper, an innovative method to model and simulate DC-DC converters with a digital or mixed-signal control loop is proposed using the SystemC-AMS hardware-description language. The proposed method was employed to model a specific test case, consisting of a Buck converter with a digital PID regulator. The reliability of the model was checked by comparing the results with MATLAB/Simulink simulations...
On the basis of the system structure with doubly-fed induction generator (DFIG) and its mathematical model, this paper analyzes the principle of capturing the maximum wind energy, and designs the vector control strategy of stator flux orientation to carry out capturing the maximum wind energy of variable speed constant frequency (VSCF) wind power system with DFIG. Finally, the validity of the mathematical...
The paper proposed a control and simulation method of the active lower limb prosthesis development platform based on MATLAB. MATLAB toolbox SimPowerSystems was used to simulate the electromechanical system of platform and verify the PID control algorithm. Target for TI C2000 toolbox genetated C language real-time implementation of Simulink model. The code was loaded into DSP chip through the connection...
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