Akselerasi Gerakan Maju Pada Robot Berkaki Empat Menggunakan Fuzzy Logic

S. Soim, Amperawan Amperawan, Masayu Anisah, Novendra Farhan
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Abstract

This study designed a quadruped robot using a servo motor make movements while navigating. The quadruped robot was designed by controlling 128 rules on the Arduino Mega for movement using the AX12 servo motor, the navigating was evaluated by measured distance reading with the SharpGP sensor and movement acceleration using fuzzy method. This study was aimed to produce a quadruped robot which can be able to navigate using fuzzy method. The parameters used in this study are fuzzification, inference and defuzzification. Based on the quadruped robots in navigating, the success rate of reading 6 infrared sensors in detecting existing objects which ranged from 98 to 100% with an error rate of 1.07%. The accuracy of the success rate of the robot's forward movement speed, backward movement, swipe right and swipe left were at 100%, 40% , 60% and 40% respectively
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本研究设计了一种四足机器人,利用伺服电机进行导航运动。采用AX12伺服电机在Arduino Mega上控制128条运动规则设计四足机器人,采用SharpGP传感器测量距离读数评估导航,采用模糊法评估运动加速度。本研究的目的是制造一种能够使用模糊方法进行导航的四足机器人。本研究使用的参数是模糊化、推理和去模糊化。基于四足机器人导航,读取6个红外传感器检测现有物体的成功率为98 ~ 100%,错误率为1.07%。机器人向前移动速度、向后移动、向右滑动和向左滑动的成功率准确率分别为100%、40%、60%和40%
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