搜索资源列表
PIC2
- 无刷电动车控制器C代码 PIC16F877电动自行车驱动系统 电动车双闭环程序,采用双闭环方式控制电机,以得到最好的zh转速性能,并且可以限制电机的最大电流-brushless electric vehicle controller C code PIC16F877 electric bicycle drive electric cars double-loop process, double-loop control motor, to get the best en speed p
Can-and-applications
- CAN是国际上应用最广泛的现场总线之一。最初,CAN被设计作为汽车环境中的微控制器通讯,在车载各电子控制装置ECU之间交换信息,形成汽车电子控制网络。CAN是一种多主方式的串行通讯总线,基本设计规范要求有高的位速率,高抗电磁干扰性,而且能够检测出产生的任何错误。当信号传输距离达到10Km时,CAN 仍可提供高达50Kbit/s的数据传输速率。 由于CAN总线具有很高的实时性能,因此,CAN已经在汽车工业、航空工业、工业控制、安全防护等领域中得到了广泛的应用。-CAN international
yydcld
- 本程序,是汽车电子方面的到速雷达,利用收发同体超声波传感器,来测量车身里障碍物的距离,在1.5米内开始报警,在0.5米内连续报警。次项目能够在-40度到80度范围内不会误报。-this process, the electronic vehicle to the speed radar, using the same transceiver Ultrasonic sensors, Body Lane to measure the distance barrier, the 1.5-meter s
qingchesudu
- 我的新光盘里的\"如何绘制汽车速度计的设计\"有点用吧-my new CD of the "how to map the speed of vehicle design," a bit with it
CVRP-N
- 采用微粒群(粒子群/PSO)算法求解CVRP“车辆路径问题”的代码,对于中小规模算例能有很快的速度,对于大规模问题则效率偏低。文件包内附国际常用算例十余个。如有任何疑问,可以到http://2shi.phphubei.com.cn/index.php发帖咨询。-Using particle swarm (PSO/PSO) algorithm CVRP " vehicle routing problem," the code, for example small and me
CVRP-N
- 采用微粒群(粒子群/PSO)算法求解CVRP“车辆路径问题”的代码,对于中小规模算例能有很快的速度,对于大规模问题则效率偏低。文件包内附国际常用算例十余个。如有任何疑问,可以到http://2shi.phphubei.com.cn/index.php发帖咨询。-Using particle swarm (PSO/PSO) algorithm CVRP " vehicle routing problem," the code, for example small and me
underol
- 超高速水下航行器横滚控制研究underwater vehicle roll control-Ultra-high-speed underwater vehicle roll control
电动车速度里程表设计
- 电动车速度里程表设计 有需要的同学请拿走,Electric vehicle design speed odometer those students in need, please take away
emoc.rar
- 电子大赛循迹小车小车原理图1 可自动循迹、加速减速、和自动循迹。,Vehicle Tracking Vehicle Competition Electronics schematic one can automatically tracking to speed up slow down, and automatic tracking.
电动车里程表
- 电动车里程表,安装在自行车上,能显示当前速度,显示总里程数,可以用来做别的,抛砖引玉-Electric vehicle odometer, installed on the bike, can display the current speed, showing the total mileage that can be used to do anything else, start
PPKDCV10
- 智能小车控制程序,光电管传感器,编码盘测速,飞思卡尔xs128,PID控制算法-Intelligent Vehicle Control Program, photoelectric sensor, encoder disk speed, Freescale xs128, PID control algorithm
smartcar
- 对飞思卡尔智能车的控制,包括测速,电机和舵机的PWM控制,道路寻迹。-Intelligent vehicle on Freescale' s control, including speed, servo motor and the PWM control, road tracing.
CAN_application_in_vehicle
- CAN总线技术在汽车车速表和里程表中的应用 以PHILIPS公司的SJAl000为例,介绍了CAN现场总线的特点,控制器的功能、结 构和CAN2.0B总线协议的基本内容,阐述了一个基于CAN总线的汽车车速和里程表应用系 统、系统性能要求、系统硬件构建和软件设计思路。-PHILIPS company SJAl000 to an example, the characteristics of the CAN field bus, the controller function, stru
城市拥堵
- 国际通用标准循环工况,可用于matlab车速仿真数据(International common standard cycle conditions, can be used for matlab vehicle speed simulation data)
高速公路
- 国际通用高速公路标准循环工况,可用于matlab车速仿真数据(International general highway standard cycle conditions, can be used for matlab vehicle speed simulation data)
12种工况
- 国际通用标准循环工况,并附有车速转化程序,可用于matlab车速仿真数据(International standard standard cycle conditions, with a speed conversion program, can be used for matlab vehicle speed simulation data)
Autonomous Vehicle Control
- matlab代码生成转向和速度(phi,v)命令,使自主车辆遵循预先定义的路径参考路径(x,y)(Matlab code to generate steering and speed (phi,v) command for an autonomous vehicle to follow a predefined path reference path (x,y))
HomeWork
- C++ 编程设计大作业:绘制车速正态分布和累积频率分布曲线(C ++ programming design homework: drawing the normal distribution of vehicle speed and the cumulative frequency distribution curve)
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
基于马尔科夫算法的车辆行驶工况构建
- 用马尔科夫算法对行驶工况的车速进行预测,效果很好。(I use Markov algorithm to predict vehicle speed in driving conditions.)