CAJ | 학술논문

为提高电子式电能表计量精度、增强通信功能的可靠性和准确性，将人工神经网络技术与数字滤波器技术相结合，针对电能表内部电子电路、通信总线典型噪声干扰，设计了消噪系统，并从理论上给出了消噪系统的工作原理与仿真实现。仿真试验结果表明，基于神经网络设计的消噪系统可以很好地消除噪声，并且不会对原始波形产生畸变影响，具有一定的实际指导意义。
위제고전자식전능표계량정도、증강통신공능적가고성화준학성，장인공신경망락기술여수자려파기기술상결합，침대전능표내부전자전로、통신총선전형조성간우，설계료소조계통，병종이론상급출료소조계통적공작원리여방진실현。방진시험결과표명，기우신경망락설계적소조계통가이흔호지소제조성，병차불회대원시파형산생기변영향，구유일정적실제지도의의。
In order to improve the measurement accuracy of electronic electric energy meter,enhance the reliability and accuracy of communication function,this paper proposed a filter design method using the artificial neural network technique and digital filter technology.The principle of neural network was introduced.Then,aiming at the typical noise interference appeared in the electric circuit and communication bus of electronic energy meter,a noise elimination system was designed based on neural networks.Moreover,theoretical principle and simulation of the noise elimination system were presented.The simulation results show that this system can achieve good noise elimination effect and does not produce the distortion of the original waveforms.