给出了一套智能小车的设计方案。
The paper introduced a set of design project of intelligent vehicle.
智能电动小车，源程序和电路图，部分功能已经实现，其他的功能还需要完善！
Smart electric trolley, the source and circuit diagrams, some functions have been achieved, other functions need perfect!
对智能建筑环境检测小车系统进行了总体设计。
The vehicle system for intelligent building environment detection was designed as a whole.
在这种模型中，小车要完成部分的决策任务，是具有决策能力的智能个体。
Among this model, the robot should finish some decision task with its intelligence.
说明：模拟智能机器小车，通过强化学习算法，学习最优导航策略。
Simulation machine car through reinforcement learning algorithm, learning optimal navigation strategies.
第四部分（第六章）主要介绍抓斗起重机智能控制的软件结构，PLC组态、还详细写出大车、小车、起升开闭机构的软件程序。
The fourth part (Chapter VI) introduces grab cranes intelligent control software structure, the PLC configuration, but also detailed write truck, car, or opening and closing from the software program.
介绍了以单片机为核心，采用红外反射式传感器作为其视觉系统，直流电机为执行机构的智能化小车的设计与实现。
This article introduces the design and execution of intelligent track using the reflected infrared sensor as the visual system and. DC motors as execution framework.
摘要：介绍了智能语音、避障小车的一种制作方法，给出了控制系统的硬件和软件设计。
Absrtact: Introduces a kind of manufacture of hide obstacle vehicle and provides the hardware circuit and software design of control system.
应急车辆智能避障技术及系统_智能避障小车摘要_家用扫地机器人具有自动避障，智能清扫，自动充电等功能，这体现了信息技术?。
Abstract—Autonomous obstacle avoidance technology is the best way to embody the feature of robot strong intelligence in intelligent robot navigation system.
应急车辆智能避障技术及系统_智能避障小车摘要_家用扫地机器人具有自动避障，智能清扫，自动充电等功能，这体现了信息技术?。
Abstract—Autonomous obstacle avoidance technology is the best way to embody the feature of robot strong intelligence in intelligent robot navigation system.
应用推荐