搜索资源列表
circular-birght-target-detect
- 首先利用形态学开运算将图像中小于结构元素的亮点去掉，利用源图像与处理后的图像作差，对差图像进行阈值分割，得到二值图像，将二值图像中的一些干扰区域去掉，提取二值图像中的圆形区域，并在源图像上对小目标进行标记，实现对圆形亮目标的检测-Remove the area in the image smaller than structural element by morphologic open operation，receive image A，original image subtract imag
tuxiangfenge
- 对小目标，高噪声情况下的图像二值化分割，将中心小圆点留下，周围部分为黑色，同时滤除噪声-Binary image small target, high noise situations segmentation, leaving the center of the small dots around the black part, and filter out the noise
SR
- 自己写的代码，是关于稀疏表示用来红外小目标检测的论文实现，但是只是一个初步实现，很多功能还没用实现-Write your own code, is on the sparse representation for infrared small target detection paper to achieve, but only a preliminary implementation, not with a lot of features to achieve
complex-background
- 随着红外成像技术的发展，红外小目标检测在军事领域有越来越重要的应用。以此为背景，研究了天空、海面、大地等各种背景下红外视频中弱小目标的检测问题。 -With the development of infrared technology,dim small targets detection play a more and more important part in the military. The problem of dim small targets detecting in
CT_code_v0_hist
- 改进的压缩感知的红外小目标跟踪。将原始特征由haar特征替为直方图。初始时用tophat增强小目标。-Dim IR target tracking via improved compressive sensing. The original haar featrue of CT method is replaced by histogram,and the target enhanced by tophat.
renyan_2
- 基于图像4个方向通道的滤波，增强小目标与周围背景的对比度-4 direction of the channel-based image filtering, enhanced small target contrast with the surrounding background
Smal-l-Target--Detection
- 提出了一种新的基于小波包变换 和偏斜度的检测方法。该方法利用小波包对图像进行多尺度分解，解决了高频段分辨率低的问题； 并提出了一个基于偏斜度的高斯判别准则，用于对小波包分解系数进行高斯性检验，最终得到了 小目标的精确检测-The wavelet packets were applied to decompose the image into pyramid subbands at different scales and solve the problem of the high
shang_fuzadu
- 一种利用双模版的利用加权信息熵进行红外小目标检测-A use of dual-mode version of weighted information entropy for infrared small target detection
Small-Target-Detection-and-Tracking
- 基于红外图像的弱小目标检测与跟踪，本程序是基于局域概率分布的小目标检测-Based on infrared image small target detection and tracking, this program is based on a small target detection probability distribution of local
plate-crad-detect
- 基于haar+adaboost的车牌检测系统，可以说，国内前几名。 高清大图，小目标的车牌检测性能很好。可以支持多目标检测，检测速度1080P 时间在100ms以内，针对雨雾天，污迹，脏的车牌检测效果很好。 系统采用标准C C++开发，方便移植到linux，arm等-Based haar+adaboost license plate detection system, it can be said before the domestic few. HD big picture, lice
01.gudingquanzhong_juyubeijing
- 飞机弱小目标检测，利用固定权重，对背景进行全图重建，再利用残差图像，获得小目标的具体方位。-Aircraft small target detection, the use of fixed weights to rebuild the whole map background, and then use the residual image, obtain the specific location of small targets
IMG_source
- 小目标检测图像处理训练的出来的一些图像数据，虽然不是代码，但是很有参考价值。-Some small target detection image data out of image processing training, though not code, but a good reference.
detection
- 主要用于检测小目标，效果不错，很好，值得推荐！-Mainly used to detect small targets, the effect is good, very good, worth recommending!
HyperspectralImageObjectDetection
- 本代码实现了打开三维高光谱遥感图像，并且可对高光谱图像进行小目标识别，绘制ROC、PRC曲线-The code to open the three-dimensional hyperspectral imagery, and hyperspectral images can be small target recognition, draw ROC, PRC curve
OpenTLD-master
- 目标识别与追踪算法,运用TLD方法对目标进行检测并对小目标进行跟踪-target detect OpenTLD-master
spt_v2.4
- 该代码是小目标检测与跟踪的心方法，对于小目标检测具有良好的表现-The code is small target detection and tracking of heart method for small target detection with good performance
Small-Space-Target-Detection
- 空间小目标检测程序，采用TBD方法检测跟踪空间弱小目标（需原始数据）-The program for detecting small target in the space
detection-object
- 研究了海天线的提取和小目标检测。根据海天线区域的 灰度过渡特性，给出了一种基于背景行均值曲线突降区间的海天线定 位算法，并通过与另外三种海天线提取算法的比较和分析，得出本文 算法具有在海天线模糊、海面跌宕起伏的环境下准确快速定位海天线 的优势。 -A correlation-based tracking algorithm based on kalman prediction and adaptive reference template is discussed. Th
TophatBasedMethod
- 基于顶帽（tophat）变换的小目标检测算法代码，改变所处理图片的目录即可，尤其适用于背景简单的红外小目标检测-Based on the small target detection algorithm code top-hat (tophat) transformation, changing the image of the directory can be treated, especially for simple background Infrared Small Target Det
MedianFilterBasedMethod
- 基于中值滤波的小目标检测算法代码，改变所处理图片即可，尤其适用于背景简单的红外小目标检测-Based on median filtering small target detection algorithm code, changing the image to deal with, especially for simple background Infrared Small Target Detection