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- ：研究一种具有路径记忆功能的智能车控制系统。该智能车使用红外光电传感器实现路径识别，依靠电机驱动前进，使用舵机帮助 智能车转向。该系统采用路径记忆算法对智能车进行控制，将记忆下的赛道信息作为主要控制信息，通过提前判断弯道的曲率大小，从而 得到一个最佳过弯速度，使其运行更平稳、快速。-: Intelligent vehicle control system of a path memory function. The smart car infrared photoelectric sen
CHECK
- 本迷宫小汽车选用8位STC90C52单片机为控制器，通过3个红外光电传感器E18-D80nk对信号进行采集，采集到的信号经串口转换MAX232CPE处理后传给STC90C52单片机，经单片机处理后，发出控制命令给L298N，驱动2台直流电动机进行相应的动作。该小车实现了前进、后退、左右转弯、避障以及显示运行时间等基本功能，整个系统结构简单，可靠性高，实验测试结果满足要求-STC90C52 microcontroller pass the maze of car use 8 STC90C52 si
Smart-car-SCM-
- 简易射门机器人 本设计采用了STC89C52单片机作为电动车的检测和控制核心，通过光电探头检测路面黑色寻迹线，使小车按预定轨道行驶，由光电传感器检测乒乓球位置，并进行射门。智能小车单片机程序及报告-The design uses a simple shot robot STC89C52 microcontroller core monitoring and control of electric vehicles as detected by photoelectric probe paveme
Intelligent-tracking-car
- 利用AT89SC52单片机作为智能循迹小车主控芯片，使用光电传感器对路径的智能识别，实现了小车的智能循迹行走功能，包涵整套源程序-Using AT89SC52 microcontroller as the main control chip intelligent tracking car, using photoelectric sensor intelligent recognition of the path, the intelligent tracking walking trolle
xiangguanjiance
- 利用光电传感器实现马拉松比赛的车速测量，分别仿真两路光电信号的相关检测结果-Using photoelectric sensors to achieve marathon speed measurements, respectively, two-way optical signal simulation test results related to
intelligent-traffic-control
- 智能交通路口控制器，利用红外光电传感器检测车流量，根据车流量利用模糊控制对道路的通行时间加以控制，实现自动控制，以减少有效通行时间的浪费。-Intelligent traffic intersection controllers, use infrared sensors to detect traffic, according to the traffic on the road using fuzzy control to control the passage of time, to ac
LCD-TEMP
- 用PT100采集环境温度并显示在LCD1602上，通过温度控制直流电机转速，用光电传感器测电机转速并显示。-Ambient temperature with PT100 collected and displayed on the LCD1602, by temperature control DC motor speed, motor speed measured with photoelectric sensors and displays.
4WD-car-tracing
- 四轮驱动，智能循迹小车源代码，四路光电传感器-Four wheel drive, the intelligent tracking car source code, four photoelectric sensor
smartcar
- 这是我做校赛时写的循迹车程序,它有16个光电传感器ST188,利用舵机转向,基于STC12C5A60S2单片机,开发环境为keil-This is what I do when writing school race car tracking program, which has 16 photoelectric sensors ST188, the use of servo steering, STC12C5A60S2 microcontroller-based development env
hongwaimaibo-jian-ce-dian-lu
- 该设计采用ST168反射式红外光电传感器实现脉搏的测量电路，同时包括处理程序，C语言编写的，方便大家参考学习使用-The design uses ST168 reflective infrared photoelectric sensor to achieve pulse measurement circuit also includes process, C language, to facilitate learning to use
smart
- 智能避障循迹小车，小车利用光电传感器识别轨道。-Intelligent obstacle avoidance tracking car, car photoelectric sensors to identify the track.
AlineFollower
- 使用java编写的乐高NXT机器人光电传感器循线程序-Using java prepared Lego NXT robot through a photoelectric sensor line program
BlineFollower
- 使用java编写的乐高NXT机器人光电传感器循线程序-Using java prepared Lego NXT robot through a photoelectric sensor line program
ClineFollower
- 使用java编写的乐高NXT机器人光电传感器循线程序,使用模糊PID控制-Using java prepared Lego NXT robot photoelectric sensor through the line, the use of fuzzy PID control
electric-bicycle-speed--odometer
- 单片机：基于单片机与光电传感器的电动自行车速度/里程表设计-SCM: microcontroller-based photoelectric sensor electric bicycle speed/odometer design
dianji-zhuansu
- 针对电机的转速进行测量，然后用数码管把电机的转速显示出来！光电测速部分主要由光电传感器构成！脉冲处理部分主要经施密特触发器对接收到的脉冲进行波形校正，由单片机的T1口输入，经80C51处理后显示输出电机的转速.-Measurements for motor speed, and then use the digital control of the motor speed is displayed! Photoelectric tachometer part is mainly composed
STM32car
- stm32控制器，超声波蔽障，红外实现循迹功能，光电传感器测速-51 car
msp430
- MSP430单片机为主控芯片控制悬挂运动系统运用了红外光电传感器-MSP430 single chip microcomputer as main control chip control suspension movement system using the infrared sensor of the battery
trackingcar
- 基于C51芯片的循迹小车程序，通过光电传感器获得地面信息，进行转弯，适用于课程设计。-Car tracking program, photoelectric sensor receives the signal to the ground, turn left and turn right for curriculum design.
date
- 了解更多的光电传感器的原理，有助于解决细节问题-Learn more photoelectric sensor principle, help to resolve details