搜索资源列表
xiaoche
- pwm智能车调速,用于电子设计竞赛应用壁障,循迹改变小车运行速度-pwm intelligent vehicle speed control application barrier for Electronic Design Contest, tracking change the car run faster
pacb(PT0)
- Freescale mc9s12dg128 核心板 智能车测速程序 PT0口反馈速度信息-Freescale mc9s12dg128 core plate smart car velocimetry procedures I PT0 speed feedback information
smartcar
- 飞思卡尔智能车,简单可跑程序,速度1.5米每秒-Freescale Smart Car, simply run the program, the speed of 1.5 meters per second
MC9S12XS128MALFrOV7620V1.0
- 最新智能车光电平衡组源代码,绝对是大家想要的东西,经过本人的试验,速度能达到2.5+的水平!-New Smart Car photoelectric balanced set of source code, absolutely everyone wants, after my tests, the speed can reach 2.5+ level!
freescale
- 基于s12单片机的智能车控制,含程序以及小车的主板pcb,速度有3m/s-Intelligent vehicle control based on S12 single chip, including procedures and car of the mainboard PCB
PWM-control-speed
- 利用PWM脉宽调制精确实现智能车的速度调制,共设置了5个等级,可以在源码中修改。-PWM pulse width modulation precise modulation speed intelligent vehicles, set up a total of five levels, you can modify the source code.
projrect
- 2015年智能车电磁组程序 2m以上 要的速度下载-2015 smart car electromagnetic set of procedures to the speed of more than 2m downloads
KEY
- 基于KINETIS K60的直立车程序,速度可达2.5M/S,国家二等奖(Vertical vehicle program based on KINETIS K60)
c
- 该系统由霍尔速度传感器、微波雷达测距传感器、雨滴感应器、雨量传感器、报警装置等模块组成,采用52单片机和DSP作为数据处理单元。汽车的制动距离受路面附着系数和车速的影响,因此用测速传感器和雨量传感器来测速和确定路面附着系数进而确定汽车的制动距离。用测距传感器测得的跟车距离与制动距离相比较进而判断汽车行驶时是否存在安全隐患。雨量传感器和测距传感器不需要在汽车的任何行驶条件下一直保持工作状态,因此该系统采用两个单片机将各传感器分隔在两个子系统中,第一个单片机根据雨滴信号和速度信号通过继电器来控制测距
followingcar
- 模型考虑了车辆的长度,并将传统模型中的期望间距转换为期望车头时距,反映了后车 速度对跟车状态的影响(The model takes into consideration the length of the vehicle and converts the expected pitch in the traditional model to the desired headway, which reflects the influence of the rear vehicle speed on
balance_c8t6
- 基于STM32C8T6的平衡车设计,采用速度环和角度环(The design of balance vehicle based on STM32C8T6 adopts speed ring and angle ring)
matlab-aeb算法
- 汽车安全距离模型Mazda模型仿真:dbr:制动距离,v:本车车速,:相对车速,:本车最大减速度(这里 取),:目标车的最大减速度(这里取8m/s2),:驾驶员反应延迟时间(这 里取 0.1s),:制动器延迟时间(这里取0.6s),d0:最小停车距离(这里取3m)(Mazda model simulation of vehicle safety distance model: DBR: braking distance, V: vehicle speed, relative speed, max
