搜索资源列表
Image_compare
- 数字化两幅有汽车和无汽车的街道景物图像。用有汽车的图像中减去没有汽车的图像，从而 可显示汽车的运动情况 -digital two vehicles and non-automotive features images of the streets. A car with the image minus vehicle images, which can indicate the movement of vehicles
DIP-matlab.背景差分法对运动汽车的检测
- 背景差分法对运动汽车的检测，对检测得到的汽车图像进行预处理和边缘提取,Background difference method for the detection of movement of motor vehicles, the vehicle has been detected image pre-processing and edge extraction
Car_Demo
- 本设计利用凌阳科技公司的迷你型语音遥控小车作为控制对象，凌阳16位单片机SPCE061A作为主控芯片。该小车可以通过简单的I/O操作实现小车的前进、后退、左转、右转功能；配合SPCE061A的语音特色，利用系统的语音播放和语音识别资源，实现语音控制的功能；可以在行走过程中声控改变小车运动状态；在超出语音控制范围时能够自动停车。-The design of the use of Sunplus Technology, Inc. Mini-voice as a remote control car
d
- 复杂交通场景中运动车辆的检测与轨迹跟踪学习-Complex traffic scene vehicle movement detection and trajectory tracking study
Radio-frequency-identification
- RFID is an area of automatic identifi cation that is gaining momentum and is considered by some to emerge as one of the most pervasive computing technologies in history. In its simplest form, RFID is a similar concept to bar coding. It is
diandongche
- 本设计以P89V51RD2FN单片机为电动小车的控制核心，采用MSA-LD2.0倾角传感器实时测量跷跷板的倾斜角，用ST198光电传感器检测黑色引导线监测小车运动。光电传感器和倾角传感器模块把实时测量信号馈送至单片机，利用专用细分芯片TA8435H驱动步进电机，以脉宽调制式斩波方式对步进电机步进角进行细分，控制和调节小车速度。采用增量式PID控制算法确保小车能够达到平衡；用RT128×64M液晶显示时间、角度等参数。经测试表明：小车各项性能指标达到设计要求，能够实现30秒内小车行驶到规定点，并保
object-detect
- 改程序能够读取视频文件并且可以检测到运动的物体，配置好opencv后可以直接运行，本程序以车辆监控为例子，所以可以用于智能监控-Reform program that can read video files and can detect movement of objects can be configured directly opencv run, the procedure for vehicle monitoring, for example, it can be used for i
009
- 摘要：该声音导引系统由声音导引主控系统和小车控制系统两部分组成。声音导引主控系统主要由主控MCU、声音接收部分、无线发射模块组成。小车控制系统主要由MCU、固化模块NEC、电机驱动部分、声光部分及无线接收模块组成。该系统的最大特点在于其软件设计使用层次化、模块化设计方法，系统低功耗，性价比低。经调试和测试，系统各项性能参数达到设计指标。 关键词：声音导引、无线收发、声源移动、M 智能语音小车-Abstract: The guidance system consists of the
VehicleMove
- 这是在Vs2005上编写的ArcEngine测试程序 ,用了四种方法,实现车辆移动,除了第一种效果比较差,其他集中都差不多.主要用了直接画DrawShape()方法 ,以及多种IElement接口,以及内存图层.-This is the Vs2005 prepared on ArcEngine test program, using the four methods to achieve vehicle movement, in addition to the first effect
detection-of-vehicle-movement
- matlab图像分割实例，检测运动汽车，割调用库函数实现，带注释，简单易懂；-matlab image segmentation example, detection of vehicle movement, cutting call the library functions, with comments, easy to understand
jacks-channel-matlab
- 模拟车载移动信道产生的瑞利衰落，默认为6径衰落，移动速度可以设定，车载移动信道的仿真常用模型 -Simulate vehicle movement generated by Rayleigh fading channel, the default is 6-path fading, mobile speed can be set, in-car mobile channel simulation model used
qiche
- 一个演示汽车运动的程序，使用VC 与opengl编程-A demonstration vehicle movement procedures, the use of VC++ and opengl programming
Movement-target-detection
- 运动目标检测的程序是有关车辆的，其中涉及到几种方法，有一定的参考价值。-Sports target detection program about the vehicle，reference to several methods and it is worth reading.
vehicle-detection
- 基于帧间差分的方法用于检测场景中的运动车辆，采用Visual C++和OpenCV实现，程序有详细注释，并且附带测试视频，希望对大家有帮助。-The movement of vehicles based on frame difference method is used to detect scene using the Visual C++ and OpenCV realization procedures detailed notes, and come with a test video
UGVPID
- Arduino编写的智能车控制程序源码，使用串口与计算机进行数据交换，通过计算机在线控制智能车运动并读取智能车当前时刻的状态参数-State parameters of the the Arduino write intelligent vehicle control program source code, use the serial port with the computer for data exchange and online through computer control in
qiche
- 一个演示汽车运动的程序，使用VC 与opengl编程-A demonstration vehicle movement procedures, the use of VC++ and opengl programming
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.
STM32F103C8T6WIFI
- STM32FC8T6单片机 通过WIFI模块实现用手机控制小车运动（串开）-STM32FC8T6 microcontroller through WIFI module using a mobile phone to control vehicle movement (string open)
V2V
- Matlab中仿真车辆移动模型，双车道，共100辆车，采用分簇算法进行分簇。-Vehicle movement simulation in Matlab model, a two-lane, a total of 100 vehicles, the use of clustering algorithms cluster.
bp-detection-of-vehicle-movement
- 使用bp神经网络算法来进行车辆的识别检测，通过使用该方法，可以在简单背景下检测出运动的车辆-Use bp neural network algorithm to detect vehicle identification, by using this method, the motion of the vehicle can be detected in a simple background