登录
首页 » Visual C++ » simple_vehicle_counting-master

simple_vehicle_counting-master

于 2016-01-18 发布 文件大小:17952KB
0 176
下载积分: 1 下载次数: 40

代码说明:

  基于opencv的车辆数量计数器,Visual C++,完整的程序代码(a simple_vehicle_counting-master based on Opencv)

文件列表:

simple_vehicle_counting-master
..............................\.gitignore,48,2015-09-18
..............................\build
..............................\.....\.gitignore,92,2015-09-18
..............................\.....\FOR_LINUX_USERS,3,2015-09-18
..............................\CMakeLists.txt,2136,2015-09-18
..............................\config
..............................\......\BlobTracking.xml,215,2015-09-18
..............................\......\PixelBasedAdaptiveSegmenter.xml,437,2015-09-18
..............................\......\VehicleCouting.xml,296,2015-09-18
..............................\dataset
..............................\.......\video.avi,1049784,2015-09-18
..............................\Demo.cpp,1721,2015-09-18
..............................\include
..............................\.......\opencv
..............................\.......\......\cv.h,3438,2015-09-18
..............................\.......\......\cv.hpp,2411,2015-09-18
..............................\.......\......\cvaux.h,2850,2015-09-18
..............................\.......\......\cvaux.hpp,2346,2015-09-18
..............................\.......\......\cvwimage.h,2184,2015-09-18
..............................\.......\......\cxcore.h,2465,2015-09-18
..............................\.......\......\cxcore.hpp,2423,2015-09-18
..............................\.......\......\cxeigen.hpp,2265,2015-09-18
..............................\.......\......\cxmisc.h,110,2015-09-18
..............................\.......\......\highgui.h,2306,2015-09-18
..............................\.......\......\ml.h,2189,2015-09-18
..............................\.......\opencv2
..............................\.......\.......\calib3d
..............................\.......\.......\.......\calib3d.hpp,41241,2015-09-18
..............................\.......\.......\contrib
..............................\.......\.......\.......\contrib.hpp,38786,2015-09-18
..............................\.......\.......\.......\detection_based_tracker.hpp,3042,2015-09-18
..............................\.......\.......\.......\hybridtracker.hpp,7099,2015-09-18
..............................\.......\.......\.......\openfabmap.hpp,12807,2015-09-18
..............................\.......\.......\.......\retina.hpp,23958,2015-09-18
..............................\.......\.......\core
..............................\.......\.......\....\affine.hpp,15428,2015-09-18
..............................\.......\.......\....\core.hpp,186571,2015-09-18
..............................\.......\.......\....\core_c.h,78509,2015-09-18
..............................\.......\.......\....\cuda_devptrs.hpp,7854,2015-09-18
..............................\.......\.......\....\devmem2d.hpp,2198,2015-09-18
..............................\.......\.......\....\eigen.hpp,9464,2015-09-18
..............................\.......\.......\....\gpumat.hpp,18705,2015-09-18
..............................\.......\.......\....\internal.hpp,34382,2015-09-18
..............................\.......\.......\....\mat.hpp,80679,2015-09-18
..............................\.......\.......\....\opengl_interop.hpp,9346,2015-09-18
..............................\.......\.......\....\opengl_interop_deprecated.hpp,9919,2015-09-18
..............................\.......\.......\....\operations.hpp,131825,2015-09-18
..............................\.......\.......\....\types_c.h,57464,2015-09-18
..............................\.......\.......\....\version.hpp,3014,2015-09-18
..............................\.......\.......\....\wimage.hpp,20743,2015-09-18
..............................\.......\.......\features2d
..............................\.......\.......\..........\features2d.hpp,64165,2015-09-18
..............................\.......\.......\flann
..............................\.......\.......\.....\allocator.h,6065,2015-09-18
..............................\.......\.......\.....\all_indices.h,5955,2015-09-18
..............................\.......\.......\.....\any.h,7496,2015-09-18
..............................\.......\.......\.....\autotuned_index.h,20793,2015-09-18
..............................\.......\.......\.....\composite_index.h,5988,2015-09-18
..............................\.......\.......\.....\config.h,1789,2015-09-18
..............................\.......\.......\.....\defines.h,4683,2015-09-18
..............................\.......\.......\.....\dist.h,29042,2015-09-18
..............................\.......\.......\.....\dummy.h,251,2015-09-18
..............................\.......\.......\.....\dynamic_bitset.h,4590,2015-09-18
..............................\.......\.......\.....\flann.hpp,17427,2015-09-18
..............................\.......\.......\.....\flann_base.hpp,8882,2015-09-18
..............................\.......\.......\.....\general.h,2036,2015-09-18
..............................\.......\.......\.....\ground_truth.h,3303,2015-09-18
..............................\.......\.......\.....\hdf5.h,7331,2015-09-18
..............................\.......\.......\.....\heap.h,4111,2015-09-18
..............................\.......\.......\.....\hierarchical_clustering_index.h,22809,2015-09-18
..............................\.......\.......\.....\index_testing.h,10809,2015-09-18
..............................\.......\.......\.....\kdtree_index.h,19686,2015-09-18
..............................\.......\.......\.....\kdtree_single_index.h,20176,2015-09-18
..............................\.......\.......\.....\kmeans_index.h,35099,2015-09-18
..............................\.......\.......\.....\linear_index.h,3701,2015-09-18
..............................\.......\.......\.....\logger.h,3717,2015-09-18
..............................\.......\.......\.....\lsh_index.h,16084,2015-09-18
..............................\.......\.......\.....\lsh_table.h,18109,2015-09-18
..............................\.......\.......\.....\matrix.h,3286,2015-09-18
..............................\.......\.......\.....\miniflann.hpp,6021,2015-09-18
..............................\.......\.......\.....\nn_index.h,6075,2015-09-18
..............................\.......\.......\.....\object_factory.h,2898,2015-09-18
..............................\.......\.......\.....\params.h,3279,2015-09-18
..............................\.......\.......\.....\random.h,3692,2015-09-18
..............................\.......\.......\.....\result_set.h,14946,2015-09-18
..............................\.......\.......\.....\sampling.h,2849,2015-09-18
..............................\.......\.......\.....\saving.h,5778,2015-09-18
..............................\.......\.......\.....\simplex_downhill.h,5749,2015-09-18
..............................\.......\.......\.....\timer.h,2441,2015-09-18
..............................\.......\.......\gpu
..............................\.......\.......\...\device
..............................\.......\.......\...\......\block.hpp,8248,2015-09-18
..............................\.......\.......\...\......\border_interpolate.hpp,24902,2015-09-18
..............................\.......\.......\...\......\color.hpp,15254,2015-09-18
..............................\.......\.......\...\......\common.hpp,4164,2015-09-18
..............................\.......\.......\...\......\datamov_utils.hpp,4623,2015-09-18
..............................\.......\.......\...\......\detail
..............................\.......\.......\...\......\......\color_detail.hpp,222332,2015-09-18
..............................\.......\.......\...\......\......\reduce.hpp,15300,2015-09-18

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • DIC
    通过数字图像相关的方法计算两幅图像之间的位移,计算时间较长,是最基础的DIC,没有优化。(Digital image correlation method to calculate the displacement between the two images, the time is longer, is the most basic DIC, no optimization.)
    2021-03-31 10:59:09下载
    积分:1
  • Wumpus
    说明:  Wumpus,模拟实现Wumpus小游戏,实现了自主规划行走路径,并在界面上显示出来(Wumpus, analog to achieve Wumpus game plan to achieve a self-walking path, and displayed on the interface)
    2020-11-03 21:09:52下载
    积分:1
  • iliyh
    含有可執行文件,用bmp來卸的,非常漂亮的表面(Contains executable files, unloaded with bmp, very nice surface)
    2018-10-22 03:47:53下载
    积分:1
  • Kalmanfilter
    数字信号处理 Digital signal processing(Digital signal processing Digital signal processing)
    2011-11-26 09:22:27下载
    积分:1
  • AES_CMAC
    通过C语言实现的AES CMAC加密和解密算法。上传文件为完整的VC6工程目录。AES加密算法即密码学中的高级加密标准(Advanced Encryption Standard,AES),又称Rijndael加密法,是美国联邦政府采用的一种区块加密标准。这个标准用来替代原先的DES,已经被多方分析且广为全世界所使用。经过五年的甄选流程,高级加密标准由美国国家标准与技术研究院 (NIST)于2001年11月26日发布于FIPS PUB 197,并在2002年5月26日成为有效的标准。AES 算法基于排列和置换运算。排列是对数据重新进行安排,置换是将一个数据单元替换为另一个。AES 使用几种不同的方法来执行排列和置换运算。 AES 是一个迭代的、对称密钥分组的密码,它可以使用128、192 和 256 位密钥,并且用 128 位(16字节)分组加密和解密数据。与公共密钥密码使用密钥对不同,对称密钥密码使用相同的密钥加密和解密数据。通过分组密码返回的加密数据的位数与输入数据相同。迭代加密使用一个循环结构,在该循环中重复置换和替换输入数据。(AES CMAC encryption and decryption algorithm C language. VC6 upload files to complete the project directory . AES encryption algorithm that is Cryptography Advanced Encryption Standard (Advanced Encryption Standard, AES), also known as Rijndael encryption method, a block encryption standard adopted by the U.S. federal government . This standard is used to replace the original DES, has been widely analyzed and multi used around the world . After five years of the selection process , the Advanced Encryption Standard by the American National Institute of Standards and Technology (NIST) on November 26, 2001 Posted in FIPS PUB 197, and May 26, 2002 became effective standards . AES algorithm based on permutation and substitution operations. Data re- arrangement is arranged , is replaced with a replacement unit of data to another . AES using several different methods to perform alignment and replacement operations. AES is an iterative , symmetric key block password , it can use 128, 192, and )
    2021-03-11 19:09:25下载
    积分:1
  • SerialPortTest2
    改进的SerialPort类单文档实例程序(improved SerialPort single document type sample program)
    2006-10-15 15:24:20下载
    积分:1
  • telbook
    这是一个C语言版本的电话簿管理系统,采用纯C语言编写的,对于C语言入门者来说,非常有用。(This is a C language version of the phone book management system, written in pure C language, C language, for starters, very useful)
    2011-12-10 11:06:05下载
    积分:1
  • opencv的光流行写算法,c/C++
    本资源为基于opencv实现的光流行学算法。能够比较有效的处理运动物体的检测,清晰整个视频的画面。代码已经是比较完整了,只要能够正确安装,配置好平台,都可以直接很好的使用。不管怎么说,光流行学代码实现的功能至少在社会安全,治理上面非常有效。
    2022-03-07 04:39:31下载
    积分:1
  • opengldonghua
    对初学OpenGL的学员熟悉如何用OpenGL画点线面最好的入门程序,(OpenGL for beginner students are familiar with how to use OpenGL painting spots and lines to cover the best entry procedures,)
    2007-11-01 01:58:40下载
    积分:1
  • ThreeSpline
    数值分析中三次样条插值算法,运行稳定,并能画出最后的插值曲线(Numerical Analysis of cubic spline interpolation algorithm, running stability, and can draw the final curve interpolation)
    2020-12-10 16:39:18下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载