基于"风车"形子单元的自重构机器人运动及自重构规划
Keywords: 自重构机器人 运动规划 重构规划 分层规划 子单元
Abstract:
自重构机器人区别于其他类型机器人的一个重要特征是其在具有移动能力的同时还具有自重构能力.为了赋予自重构机器人这2种能力,在分析DL-Cube(double L-cube)自重构机器人单元模型的结构特性基础之上,设计了基于"风车"形子单元的分层规划算法,实现了由"风车"形子单元构成的自重构机器人构形在平面内的运动;同时,借助于"风车"子单元自身具有的移动、转变模块方位、携带模块能力,机器人实现了平面内由24模块组成的"长方形"初始构形到目标构形为"H"构形的自重构.通过运动和重构仿真实验,验证了分层规划算法的有效性及利用"风车"子单元进行自重构的可行性.
| [1] | 9. HOU Feili.SHEN Weimin Hormone-inspired adaptive distributed synchronization of reconfigurable robots 2006
|
| [2] | 10. SLEE S A survey of motion planning for self-reconfigurable robots 2005
|
| [3] | 11. ZHAO Jie.REN Zongwei.ZHANG Yuhua Configuration matching in self-reconfigurable process of modular self-reconfigurable robots 2006
|
| [4] | 1. PAMECHA A.CHIANG C J.STEIN D Design and implementation of metamorphic robots 1996
|
| [5] | 2. BULTER Z.FITCH R.RUS D Experiments in distributed locomotion with a unit-compressible modular robot 2002
|
| [6] | 3. BULTER Z.FITCH R.RUS D.WANG Y H Distributed goal recognition algorithms for modular robots 2002
|
| [7] | 4. KOTAY K.RUS D.VONA M The self-reconfiguring robotic molecule 1998
|
| [8] | 5. KOTAY K.RUS D Algorithms for self-reconfiguring molecule motion planning 2000
|
| [9] | 6. MURATA S.YOSHIDA E.KAMIMURA A M-TRAN self-reconfigurable modular robot system 2002(4)
|
| [10] | 7. YOSHIDA E.MURATA S.KAMIMURA A A self-reconfigurable modular robot:reconfiguration planning and experiments 2003(10)
|
| [11] | 8. MOLL M.WILL P.KRIVOKON M.SHEN Weimin Distributed control of the center of mass of a modular robot 2006
|
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