搜索资源列表
Car-tracking
- 可以实现循迹的小车单片机c语言程序呢，51单片机-You can achieve the tracking car MCU C language program, 51 MCU
51duino_SDKV2.0
- 全功能源代码+舵机，路舵机，红外避障，超声波避障，循迹，跟随-Full-featured source code+ steering, road steering, infrared obstacle avoidance, ultrasonic obstacle avoidance, tracking, follow
tracing
- 这份例程为循迹车程序，单片机C51,keil-Follow the trajectory
arduino
- 使用arduino编写，包括测速程序，特定赛道程序，转弯程序，和循迹程序-Use arduino preparation, including speed program, a specific track program, turn the program, and tracking procedures
zhinengchechengxu
- 四驱智能车控制程序，包括小车前行后退左转右转红外遥控超声波避障循迹蓝牙控制程序-Intelligent four-wheel drive vehicle control program, including the former trolley line back Zuozhuanyouzhuan infrared remote ultrasonic obstacle avoidance tracking Bluetooth control program
BZXJ
- c语言小车超声波避障红外循迹程序，车速慢时可以90度转弯，车速快需要加PWM调速-c language trolley ultrasound obstacle avoidance infrared tracking program that can turn 90 degrees, need to add fast speed PWM speed when slow speed
smart-car
- 智能小车自动循迹避障程序,利用超声波传感器检测道路上的障碍，控制电动小汽车的自动避障，快慢速行驶，以及自动停车，并可以自动记录时间、里程和速度，自动寻迹和寻光功能-smart car program
WinRAR
- 循迹小车 C语言版-Tracking car C language version
C51_PID_tracking_car
- c51环境下PID算法实现智能循迹小车 5个灰度传感器； 1个红外传感器- PID algorithm intelligent tracking car under c51 environment
CONTURE
- 小车循迹部分，应用红外对管进行循迹和控制-Car tracking part, the application of infrared tube tracking and control
hyxj
- 小车绕黑色轨迹线进行红外循迹，可调节初速-Black car around the track line infrared tracking, adjustable muzzle velocity
K60
- 基于K60的线性CCD摄像头的自主循迹平衡小车源代码,已通过调试。-The balance of the car self tracking K60 source code based on linear CCD camera, has been through debugging.
PWM-Smart_CAR_Project
- FPGA循迹小车，可自回归，可进行PWM互补调速-FPGA car tracking, self-regression, can be complementary PWM Speed
car
- 履带小车循迹避障测速，使用51单片机，利用红外线传感器检测地面上的黑带，沿着黑带移动，通过记录转速和时间计算速度。包含超声波测距用于避障-The pedrail dolly tracking obstacle avoidance velocity, using 51 single chip, using infrared sensors to detect the ground of black belt, moving along the black belt, by recording th
STM32-LDC1000
- 2016年TI杯大学生电子设计竞赛C题：自动循迹小车。主控采用STM32程序，使用LDC1000传感器，三轮车。- 2016 TI Cup Undergraduate Electronic Design Contest Question C: automatic tracking trolley. Master uses STM32 procedures, use LDC1000 sensors, tr
robot
- 使用51单片机，通过多个个ST188传感器来实现小车的循迹运动，包括直行，转弯，绕圈，上下坡的控制，小车采用步进电机，并辅助以1602及数码管的显示，使用干簧管检测模块可以对磁铁障碍物进行检测，发上来大家共同学习，附原理图-Use 51 single chip microcomputer, by each ST188 sensors in order to realize the tracking of the car movement, including straight, turn, ci
4WD
- 四驱小车循迹程序、51单片机、直流电机、L298N-Four-wheel drive car tracking program, the microcontroller 51、DC motor, l298n
baseCar
- 基于STM32F103C8主控，GPIO循迹，pwm舵机，pwm电机驱动-Based on STM32F103C8 master, GPIO tracking, PWM servo, PWM motor drive
smartCar
- 智能小车灰度传感器自动循迹，两个固定轮，一个万向轮，差速过弯-Smart car automatic tracking sensor grayscale, two fixed wheels, a caster, differential speed cornering
chengxu
- 智能小车程序,自动避让，自动循迹,程序通熟易懂-Intelligent car program