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Neuro-Fuzzy based Inverter Implement with FPGA
DHARMIK N.MEHTA, NILESH N.KASAT M.E. (IInd Year), EXTC Department, SIPNA COET Amravati, M.S., India Associate Professor, EXTC Department, SIPNA COET Amravati, M.S., India
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Abstract: In power-electronics the word „inverter‟ denotes a class of power conversion (or power conditioning) circuits that operates from a dc voltage source or a dc current source and converts it into ac voltage or current. This article presents the benefits of using field-programmable gate array (FPGA) & Neuro-Fuzzy controllers based Inverter for power
In this paper, a neural fuzzy system (NFS) for single-phase full-bridge voltage source Inverter based on the technology of FPGA need to design. Firstly, a model of the Inverter is designed; then to increase the performance of the Inverter system, a fuzzy controller (FC) which its parameters are adjusted by a basis neural network (NN) function. Secondly, the Xilinx ISE program is employed to synthesis the VHDL codes that describe the operation of the Neuro-fuzzy system and generate the configuration file used to program the FPGA. Thirdly, the ModelSim program is used to simulate the operation of the VHDL codes and to obtain the expected output data of the FPGA board.
Keywords: PWM, Inverter, Neuro-Fuzzy Control, VHDL, FPGA.
In this paper, a neural fuzzy system (NFS) for single-phase full-bridge voltage source Inverter based on the technology of FPGA need to design. Firstly, a model of the Inverter is designed; then to increase the performance of the Inverter system, a fuzzy controller (FC) which its parameters are adjusted by a basis neural network (NN) function. Secondly, the Xilinx ISE program is employed to synthesis the VHDL codes that describe the operation of the Neuro-fuzzy system and generate the configuration file used to program the FPGA. Thirdly, the ModelSim program is used to simulate the operation of the VHDL codes and to obtain the expected output data of the FPGA board.
Keywords: PWM, Inverter, Neuro-Fuzzy Control, VHDL, FPGA.
How to Cite:
[1] DHARMIK N.MEHTA, NILESH N.KASAT M.E. (IInd Year), EXTC Department, SIPNA COET Amravati, M.S., India Associate Professor, EXTC Department, SIPNA COET Amravati, M.S., India, “Neuro-Fuzzy based Inverter Implement with FPGA,” International Journal of Advanced Research in Computer and Communication Engineering (IJARCCE)
This work is licensed under a Creative Commons Attribution 4.0 International License.