主催: 一般社団法人 日本機械学会
会議名: 2022年度 年次大会
開催日: 2022/09/11 - 2022/09/14
The declining working population due to the aging of society has prompted the introduction of quadruped robots. However, it is difficult for quadruped robots to coordinate and control their motors. Therefore, machine learning, in which the robot learns movements autonomously, is attracting attention. In addition, quadrupeds have different movements when they walk and run. In this study, we investigated whether the robot acquires different movements depending on the target speed using deep reinforcement learning. As a result, the robot acquired walking motions such as "pace" and "gallop" as in animals.