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snsr12_b8
- 这是本人参加FREESCAL最牛的智能小车程序，光电组的
fresscale.飞思卡尔智能汽车控制程序框架
- 飞思卡尔智能汽车控制程序框架，只要硬件符合，下载即可让小车跑起来。光电检测无二值化，通过比较传感器返回值进行判断。,Freescale framework for intelligent vehicle control procedures, as long as the hardware in line with the download so that cars can run up. Goes for the value of photoelectric detection, by com
quguang
- 此pdf文档给出智能小车趋光电路的设计以及程序代码，对于爱好此设计的广大朋友可以从中受到启发。-It’good！
TanTouPCB
- 智能循迹小车光电探头的原理图和PCB 已做出实物，效果不错-Intelligent Vehicle Tracking photoelectric probe schematic and PCB have been made in kind, good results
a
- 第五届全国飞思卡尔智能车大赛光电组小车程序-Smart Car Competition Fifth National Optical Group Freescale car program
EI_Final
- 飞思卡尔智能小车光电组程序，第四届飞思卡尔小车比赛所用-Freescale' s Smart car set of procedures for optical
Dream
- 这是我自己曾经比赛用过的一个简单的智能小车程序，光电检测的-This is my own race have used smart car a simple process, photoelectric detection
src
- 51单片机控制智能小车巡线,采用六个光电对管做传感器，舵机控制转向-Smart MCU control car 51 transmission line, the use of photoelectric tubes made of six sensors, servo control to
dianzi-sheji-6-18
- 基于AVR mega16 单片机的智能小车的程序，此小车即为2001年电子设计大赛中的C题，自动往返小车的实现，采用PWM波控制电机转速，以及使用光电开关壁障，红外对管采集相应的黑线。-Microcontroller based on AVR mega16 smart car program, this car is the 2001 Electronic Design Contest of C title, and from the car to achieve automatic, moto
jiguangguanchengxu
- 该程序用于采用飞思卡尔单片机的光电智能循迹小车，注释较详细，能帮助借鉴者更好地理解。-The program for the Freescale MCU intelligent optical tracking car, more detailed comments, to help learn to better understand.
Tracking
- 循迹，智能小车，光电对管，设定定时初始值，可去下载个定时器计算软件-Tracking, smart car, photoelectric control, set the timer initial value can be calculated to download a software timer
Intelligent-car-design-guidance
- 智能小车设计从零基础开始步步深入，包含循迹，光电等等一些模块。软硬件结合的方式进步更大-Smart car design depth step by step starting from zero base, a combination of hardware and software advances more! ! !
CC
- 飞思卡尔智能车光电组核心代码，该队伍获得全国一等奖程序通过算法实现小车的循黑线，运用PID算法控制速度与舵机转弯。传感器方面运用一排红外管和一排激光管实现快速精确识别。-Freescale s intelligent optical core set of code car, the team won the national award program through the car through the algorithm black line, using PID algorithm c
1xy7z.ZIP
- 基于语音识别和红外光电传感器的自循迹智能小车设计Based on speech recognition and infrared photoelectric sensor of automatic design of smart car-Based on speech recognition and infrared photoelectric sensor of automatic design of smart car
8.2zhi_neng_xiao_ce
- keil写的一个智能小车程序，采用AT89S52芯片，黑色轨迹探测传感器采用RPR220光电对管，两个直流电机的驱动采用ST的L298N电机驱动芯片-the keil write a smart car program AT89S52 chip, black trace detection sensor using RPR220 photoelectric tube, two DC motor drivers using ST L298N Motor Driver IC
光电128程序
- 第九届光电组采用线性CCD自动巡线的智能小车程序。经过测试，速度稳定，各种弯道均可过去。
单片机控制的智能小车的C语言程序
- 52单片机控制的智能小车的C语言程序设计 光电系统(52 single chip microcomputer)
智能小车 光电ccd组程序
- 智能小车光电ccd组程序，差速，PID控制(Smart car photoelectric CCD group procedures, differential, PID control)
飞思卡尔智能汽车-光电
- 适用于智能小车自动避障、弯道坡道减速功能、采用PID算法实现(It is suitable for automatic obstacle avoidance of intelligent car and deceleration function of bend slope, and it is realized by PID algorithm)
基于STM32智能寻迹蔽障小车1
- 本文介绍了一款以意法半导体公司生产的STM32为核心控制器，在MDK4.70软件开发平台下设计开发的智能小车。文中介绍了整个设计的需求分析、方案选择、硬件部分、软件部分、传感器的选择与布局、PCB的绘制、电路板的安装、以及整车的测试与评估。 本次设计最终采用STM32为主控制器，此款芯片功能强大，足以满足整个设计的需求，选用最常用高灵敏度的红外光电传感器ST188完成循迹功能，采用MG995辉盛舵机和HC-SR04超声波模块配合完成避障功能，利用红外光电传感器和超声波模块完成边循迹边避障功能。