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- 这个算法是关于图像处理的，此算法是在我做乘客计数系统过程中用到的，首先是avi取帧，图像分割，模式识别，模板匹配-this algorithm is on image processing, the algorithm is doing in my passenger counting system used in the process. avi is the first admission frame, image segmentation, pattern recognition, tem
rice
- 对低质量图像分割和计数，以大米照片为例。
bacteria_image_segmentation
- 用matlab实现对细菌图像进行分割，获得二值图像，最终对细菌进行自动计数。
fenshuiling 关于图像分割技术
- 此程序是关于图像分割技术，用分水岭和suan算子对细胞图像进行分割，并对细胞进行计数和统计。算出细胞个数和细胞面积。-This program is about image segmentation, watershed and suan operator with the cell image segmentation, and cell counting and statistics. Calculate the cell number and cell size.
image_processing
- 本程序是基于Matlab的米粒图像的分割、计数以及周长、面积、形状因子等参数的计算。图像分割是基于腐蚀膨胀算法，选用边界跟踪法计算周长，程序代码清晰明了，对于参数的计算速度较快，且参数计算精度较高。-This procedure is based on the Matlab image segmentation grain of rice, counting and perimeter, area, shape factor and other parameters of the calcula
WatershedTransformation
- 基于分水岭变换的目标图像的分割与计数方法 计算机工程-Based on Watershed Transformation Target Image Segmentation and counting methods computer engineering
SegmentaCount
- 通过对图像中的物体进行处理并利用分水岭算法分割计数-Objects by image processing and segmentation using watershed algorithm counts
image-division
- 图像分割 使用分水岭方法的图像分割及计数-image division
ADGCP_m_file
- 实现图像中粘连物体分割和分粒计数的Matlab函数和m文件，程序已跑通，可以直接使用-Achieve image segmentation and classification of objects blocking count of Matlab function and m files, programs have been run through, you can directly use
LevelSet
- 水平集分割算法，matlab实现。自动初始化方形轮廓线。分割后自对图像上分离的目标进行计数。-Level set segmentation algorithm, implemented by matlab. Automatic initialization square contour.
cucv
- 用到GPU加速，对激光图像进行了并行运算。将图像逐行分割，每一行每个像素求取其八领域的阈值，灰度高亮的计数加一，然后统计每一行的激光宽度。实验性代码，指导大家如何使用opencv和gpu-direct newers to use opencv and GPU.
cells
- 读入图像二值图像，利用不同函数除去噪声，并合理分割细胞，最终实现对骨骼细胞的计数-Read the image,using different functions to remove noise and to divide cells.
counting number
- 可以对简单的细胞图像进行分割并计算细胞的数量(It can segment the simple cell image and calculate the number of cells.)
377241068940277
- 本次程序是基于opencv开发的，实现细胞图像分割，计数统计，非常实用。(This program is based on OpenCV development.It is very practical to achieve cell image segmentation and count statistics.)
Untitled
- 分水岭图像识别，本实验为使用MATLAB编写的细胞图像分割及计数系统，实现了对图像内细胞的计数，以及对每个细胞周长和面积的测量，并分别展示了分割后的每个细胞的图像。(Watershed image recognition)