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4結合VDP方程式を用いた4足歩行ロボットの歩容制御4結合VDP方程式を用いた4足歩行ロボットの歩容制御 Gait control for four-legged walking robot using four-coupled VDP equations |
"/佐藤 , 僚太/"佐藤 , 僚太 ,
"/梶原, 秀一(1000000280313)/"梶原, 秀一
,
"/青柳, 学(1000080231786)/"青柳, 学
,
"/花島, 直彦(1000040261383)/"花島, 直彦
SI2016
(
第17回
)
, pp.1549
-
1552 , 2016-12 , 計測自動制御学会
内容記述
In our previous work, we proposed a walking pattern generation method of four-legged by using mutual entrainment of four-coupled van der Pol(VDP) equations. Our method can control forward and turning motion of the robot by the walking pattern used the periodic solutions of VDP equations which synchronize with arbitrary phase differences. In this study, we describe about the gait control system that the robot can avoid obstacles by walking pattern varied in response to the environment of the robot.
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