搜索资源列表
Vehicle-violation-detection
- 通过电子仪器自动控制摄像机或照相机,以成像技术再现交通违章车辆及...由四部分组成：①交通违章检测系统，根据事先设定的交通违章条件和数据，通过路面下设置的环行线圈检测器，或道路上设置的视频检测器，或测速雷达等自动识别违章 ... -Reproduction in imaging technology through electronic instrument automatically control the camera or the camera, traffic violation
transfer
- 根据逆透视变换原理从交通参数中提取交通参数，可以根据图像的像素坐标计算实际路面的距离，计算车辆的位移，速度等参数-Extract traffic parameters from the traffic parameters according to the principle of inverse perspective transformation, the actual road distance can be calculated according to the coordinates
Carscount
- 对马路车流量的统计，外加对每辆经过车辆的车速计算-On road traffic statistics, plus on every passing vehicle speed calculation
123
- 车速报警实现当汽车速度超过了就开始报警，并且实时显示-Speed alarm when the vehicle speed exceeds the realization began to alarm, and real-time display
ACcondition-conctrol
- 汽车空调自动控制源代码控制机理和温度阳光车速信号采集处理-Automotive air conditioning automatic control mechanism and source code control vehicle speed signal acquisition and processing temperature of the sun
STM32-RP5-setspeed-and-showspeed
- 基于STM32和RP5小车，能够在触摸屏上显示速度，设定车速，并根据设定车速行驶-Based on the STM32 and RP5 car, on the touch screen to display speed, the set vehicle speed, and according to the speed of the vehicle
TM70A_GPS
- atmega48_t112_gps,此程序用于车载后视安防产品。通过GPS 获得时间或车速。通过车速来控制TFT LCD 7寸屏的开关。-atmega48_t112_gps, this procedure for car rear view security products. Obtained by GPS time or speed. The vehicle speed to control the TFT LCD 7-inch screen and off.
coss-correlatin
- 利用matlab编程实现小车速度的互相关算法，完整。-Using matlab to realize vehicle speed cross-correlation algorithm, a complete.
count
- 智能汽车测速用码表，精切到百分秒，检测电路简单，只需一对红外发射接收管和lcd1602便可。-Intelligent Vehicle Speed code table used, the percentage of precision-cut second detection circuit is simple, just a pair of infrared emission will be able to receive control and lcd1602.
Embedded-Automatic-Guided-Vehicle
- 自动导引小车，包括PWM驱动，红外避障传感器驱动，测速传感器驱动。以及应用程序。 QT客户端，实现对小车的实时监控。-Automatic guided vehicles, including PWM driver, infrared obstacle avoidance sensor-driven, speed sensor driven. And applications. QT client to achieve real-time monitoring of the car.
Radar-speed-of-vehicles
- 可实现雷达对运动的车辆进行测速，程序运行良好。-Radar can be carried on the vehicle movement speed, the program runs well.
3
- 基于labview开发环境的 汽车车速测量程序-Labview based on vehicle speed measurement program development environment
1
- 无人飞行器的仿真优化 针对无人飞行器的速度、隐身一体化技术、感知能力等方面进行优化设计。附：仿真流程图！-Simulation and optimization of the unmanned air vehicle 针对无人飞行器的速度、隐身一体化技术、感知能力等方面进行优化设计。 According to the vehicle speed, stealth technology integration, perceived ability and other asp
carbase
- 实现DSP输出四路PWM，DSP的A端口作为方向信号控制四轮车的方向，PWM控制四轮车的转速-The four DSP output PWM, DSP A port as the direction of signal control of four wheel steering, PWM control for four wheel vehicle speed
moving
- 运动目标追踪，虚拟线圈,车辆测速计数系统-Moving target tracking, virtual coil, vehicle speed counting system
Antibrake
- 分析单轮车辆纵向力动力学模型，建立ABS制动系统仿真模型，分析在给定的参数条件（如初始制动力，制动力增、减速率）下，ABS系统制动力矩、车辆行驶速度、车轮速度随时间的变化规律-Analysis of single wheel longitudinal force of the vehicle dynamics model, a simulation model of ABS braking system, the analysis under the conditions given param
count
- 智能汽车测速用码表，精切到百分秒，检测电路简单，只需一对红外发射接收管和lcd1602便可。-Intelligent Vehicle Speed code table used, the percentage of precision-cut second detection circuit is simple, just a pair of infrared emission will be able to receive control and lcd1602.
Vehicle
- 编写一个Java应用程序，该程序有2个类：Vehicle(机动车)和User(主类)。 Vehicle类的成员变量有：speed(速度)、power(功率)。成员方法有：speedUp(int s)—加速，speedDown(int d)—减速，setPower(int p)—设置功率，getPower()—获取功率 -Write a Java application, the program has two categories: Vehicle (vehicle) and the U
ABS
- 研究了汽车制动过程中车速、轮速等的变化过程和影响因素；以化整为零的思想，研究得到制动过程中各物理量间的微分方程关系；进而建立在ABS下的数学模型；继而通过使用simulink建立仿真模型；采取逻辑门限的控制方法，综合仿真的整个动态变化过程；得到车速、轮速、滑移率、路面附着系数和制动距离随时间的变化曲线；最后利用图像分析的方法对各物理量进行分析、比较，对比有无ABS系统下制动距离的变化，得出使用ABS控制策略能显著缩短制动距离，提高制动安全性。数据分析和处理主要应用MATLAB软件。-The br
jielianguandaowuchayuan
- 惯性导航系统通常由惯性测量装置、计算机、控制显示器等组成。惯性测量装置包括加速度计和陀螺仪,又称惯性导航组合。3个自由度陀螺仪用来测量飞行器的三个转动运动；3个加速度计用来测量飞行器的3个平移运动的加速度。计算机根据测得的加速度信号计算出飞行器的速度和位置数据。控制显示器显示各种导航参数-Inertial navigation system usually means from the inertial measurement, control, computer monitor etc.. I