搜索资源列表
Haris
- 角点检测,用于运动背景特征点提取,对图像匹配,拼接,运动目标提取有用-Corner detection, feature point extraction for moving background, image matching, mosaic, moving target extraction of usefu
xp
- 背景差分法 运动目标的检测 获取二值图像 二值图像的腐蚀与膨胀处理-the background difference
kalman-vedio
- 此方法为kalman视频跟踪,可以实现运动物体的检测及跟踪-This method for the Kalman video tracking, can realize the detection and tracking of moving object
human-tracking
- 本文提出了CT系统是一种适于室内室外环境的视频检测与跟踪系统,整个系统由运动物体检测、于东物体分析和人体运动跟踪三部分组成。该系统完全用软件实现,使用单个精致CCD数字摄像机得到的灰度图像序列作为输入,也可以用红外线图像序列,能够对单人或多人的运动型为进行监控。-CT system is proposed in this paper is a kind of suitable for indoor and outdoor environment video detection and track
gaussian4_28
- 用matlab实现混合高斯背景建模,进一步检测出运动目标-Using matlab to achieve Gaussian mixture background modeling
detection-of-moving-targets-
- 复杂景物环境下运动目标检测的新方法 经验证效果很好-Moving target detection proven new method works well in a complex environment scene
tracking-car-program-
- 51单片机循迹小车程序并在检测的障碍物时自动停止运动-51 single tracking car program and automatically stops when the obstacle detection of movement
labview_tcp_host_machine
- 基于TCP协议的Labview网络摄像头视频接收及显示、温湿度监测及控制指令远程发送上位机.vi,机器人下位机装载温湿度传检测、人体感应、红外、烟雾监测等传感器以及网络摄像头,下位机实时采集的图像视频、传感器数据等经过WiFi无线传输,上位机通过TCP协议实时接收下位机传输的数据,显示温湿度、人、烟雾等状态信息,还可以通过Labview上位机向机器人下位机远程发送转弯、前进、上楼梯等运动控制指令,并进行了简单的控件、界面美化-ON划词翻译ON实时翻译 Labview network v
11
- 机器的视觉运作,可以检测动态运动。是我的毕业论文的项目-This is a particularly good book data structure, Tsinghua edited. I hope useful
ZHENCHA
- 关于帧差法的运动目标检测与跟踪代码,进行了图像分割矩形框-About frame difference of the moving target detection and tracking code
ganzong
- 运动目标检测与跟踪代码,代码很详细,每一步讲解很到位,适合新手学习-Moving target detection and tracking code, the code is very detailed, explaining each step is in place for beginners to learn! ! !
texture_test_packedu8
- 姿势识别子VI,用于检测显微系统下微粒运动轨迹-Gesture recognition sub-VI, for particle trajectories under microscopic detection system
基于帧差法的运动目标检测的matlab代码
- 基于MATLAB的视频前景提取,使用帧差法。(Video foreground extraction based on MATLAB)
智能小车
- 红外导航的智能小车的上位机界面,能够检测小车正处于前进、后退、左转、右转、或停止中的哪种运动状态,并能通过此上位机界面对小车进行手动控制(The upper computer interface of the intelligent car of infrared navigation can detect which motion state of the car is in the forward, backward, left turn, right turn or stop, and c