Koordinasi Gerak dan Navigasi Hexapod dengan Algoritme Tripod gait, Wall Following, dan Logika Fuzzy

Abstract

Robot is a tool that can interact with its environment and perform certain functions in accordance with a program that is embedded in it. To function properly, the robot needs to interact with its environment (sense), process the information (think), and give some responses (act). This study aims to integrate the three major functions in an hexapod fire-fighting robot. Input from the environment is obtained from range sensor. These inputs are then processed with a wall-following navigation algorithms and fuzzy logic to determine the direction or angle of motion. This angle is then implemented by the robot’s legs into some movement coordination by using tripod gait algorithm. This study has successfully integrate the algorithm of sensor data acquisition (sense), wallfollowing and fuzzy logic navigation system (think), and tripod gait coodination system (respon). The robot was tested in an environment in accordance with the provisions of KRPAI 2014, and it can move without hitting against the wall.