YAO Shi-xuan1, LI Qiu-bao2, WANG Jian-xin3, et al. Design of high-speed operation control algorithm for autonomous robot based on CCD[J]. 2013, 32(4): 125-127+131.
YAO Shi-xuan1, LI Qiu-bao2, WANG Jian-xin3, et al. Design of high-speed operation control algorithm for autonomous robot based on CCD[J]. 2013, 32(4): 125-127+131. DOI: 10.13873/j.1000-97872013.04.044.
基于CCD的自主机器人高速运行控制算法设计
摘要
基于特定的机械结构和电气特性的单目CCD轮式机器人
提出一种高速控制算法
使机器人发挥最优速度潜能。该算法采用图像定位模型
根据当前机器人的位置信息
模拟可能的转向角下的运行轨迹
参考规则数据库
给出最优偏转角度和速度控制决策。实验研究表明:该算法具有较好的可行性。
Abstract
A high-speed control algorithm is put forward to make the monocular CCD wheeled robot which is based on specific mechanical structure and electric properties play the best velocity potential.The algorithm adopts image positioning model
simulates running track in possible steering angle according to the current location information of the robot and referring to rule database to provide optimal deflection angle and speed control decision.Experimental research shows that the algorithm has good feasibility.
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