obstacle avoidance造句

• Introduction : mouse control , obstacle avoidance
  鼠标控制，躲避障碍物
• Mobile robot obstacle avoidance
  移动机器人避障路径规划方法研究
• Mouse control , obstacle avoidance
  鼠标控制，躲避障碍物
• Real - time navigation and obstacle avoidance for deep - seabed tracked vehicle
  深海履带机器车的实时导航和避障
• Method of obstacle avoidance of soccer robot based on simulative platform
  一种基于仿真比赛平台的足球机器人避障方法
• Mobile robot obstacle avoidance control and decision based on neural network
  基于神经网络的移动机器人避障控制和决策
• Obstacle avoidance sensor
  防撞传感器
• Passenger cars - test track for a severe lane - change manoeuvre - obstacle avoidance
  乘用车.车道急剧改变演习用试验车道.故障免除
• Obstacle avoidance test
  移线试验
• Indoor obstacle avoidance system for autonomous mobile robot based on image analysis
  基于图像分析的室内自主式移动机器人避障系统
• A generalized real - time obstacle avoidance method without the cspace calculation
  一种推广的无需配置空间计算的实时机器人障碍物回避方法
• Convex polygon amalgamation algorithm used in real - time obstacle avoidance in virtual environment
  用于虚拟环境中实时避障的凸多边形融合算法
• Data fusion approach based on the mathematic model of sensors and research on obstacle avoidance
  基于传感器数学模型的数据融合方法及避障研究
• First , the control system architecture of obstacle avoidance and the basic walking gait algorithms are presented
  摘要介绍了避障控制系统的体系结构和基本步态算法。
• 3 . another obstacle avoidance algorithm that only changes the magnitude of robot ' s velocity is investigated
  使用一种通过改变机器人的运动速度来进行对移动障碍物的避碰方法。
• A method for fast 3d path planning and obstacle avoidance , based on the distance transform , is introduced
  对微型自主直升机在三维空间的飞行路径规划提出了满足实时性要求的规划算法。
• The behavior based method provides a good solution for path planning of the mobile robot with obstacles avoidance
  基于行为的方法为移动机器人在二维未知环境中的避障与路径规划提供了很好的解决方法。
• Based on information from laser radar sensor , a real - time obstacle avoidance algorithm and the strategy of breaking away from dead state are also designed
  根据激光雷达传感器信息设计了基于栅格的实时避障算法和解锁策略。
• A path planning algorithm based on virtual target and an algorithm of obstacle avoidance are presented in decision making subsystem of robot
  针对足球机器人运动的决策子系统，提出了基于虚拟目标点的路径规划方法和避障算法。
• Realizes the path planning and obstacles avoidance in the client program . 6 . demostrates the simulation result and optimize the client program
  在客户端程序实现机器人的路径规划与避障，选择了基于遇障速度的避障策略，在程序实现上可行高效。