1) row threshold division
行阈值分割
2) thresholding
阈值分割
1.
Image thresholding based on two-dimensional histogram oblique segmentation and its fast recurring algorithm;
二维直方图区域斜分阈值分割及快速递推算法
2.
The Approach of Color Image Segmentation Combining Thresholding and Clustering;
阈值分割与颜色聚类相结合的色度学图象分割方法
3.
Minimum within-class variance thresholding based on two-dimensional histogram oblique segmentation;
基于二维直方图斜分的最小类内方差阈值分割
3) threshold segmentation
阈值分割
1.
Optimization of color index and threshold segmentation in weed recognition;
杂草识别中颜色特征和阈值分割算法的优化
2.
Study on image threshold segmentation based upon improved fuzzy entropy;
基于改进模糊熵的图像阈值分割方法研究
3.
Study on image threshold segmentation based on genetic algorithm;
基于遗传算法的图像阈值分割研究
5) thresholding segmentation
阈值分割
1.
Study of an algorithm of thresholding segmentation to corrode steel bar;
腐蚀线材的阈值分割算法研究
2.
Design of thresholding segmentation operator with high precision self-adaptive capacity;
高精度自适应阈值分割算子的设计
3.
Algorithm of Two-dimensional Maximum Entropy Thresholding Segmentation Based on VSAR;
基于VSAR的二维最大熵阈值分割算法
6) threshold division
阈值分割
1.
To detect a center of laser spots formed by many laser tubes at an open environment,two threshold division and morphologic filter were considered based on the identifying principle of human eye vision,and a novel method of edge extraction of laser spot was presented.
提出一种基于人眼视觉识别的2次阈值分割和形态学消噪相结合的图像边界提取方法。
2.
Based on the multi-channel real time image processing windows of TDS642EVM,the automatic threshold division and wavelet transform are realized in the algorithm for edge detection.
该方法以TDS642EVM多路实时图像处理平台为硬件电路,软件算法采用自适应阈值分割和小波变换进行边沿信号检测,最后利用Hough变换获取水天线的具体位置信息,所有算法在CCS2。
3.
First of all, median filter was used to reduce the random noises of the battery image, then, the application made use of the landscape blur technology to stand out the target of the image, at last, the edge of the target of the image was detected by the threshold division technology.
针对采集到的图像会存在随机噪声,首先利用中值滤波技术进行了去噪,然后进行了为了突出要测量的目标,进行了像素的横向模糊,最后利用阈值分割法检测出了要测量目标的边缘,通过相应的计算完成了对电池图像相关参数的精确测量,实现了电池的在线质量检测。
补充资料：地理阈值
亦称地理临界值。它将地理系统中的不同状态加以分隔与区分，把某一性质的表现范围加以限制和说明。在此种意义上，地理阈值代表了系统的“状态空间”的非连续性。在一般叙述中，常把地理阈值等同于地理系统边界条件，但二者是有区别的：如果两种不同的状态同时存在于相同的边界条件之中时，地理阈值的表现可能是“非传递性”的转移；而当两种不同状态分置于不同的边界条件之中时，地理阈值的表现可能是“过渡性”地转移。无论是非传递性转移的地理阈值，还是过渡性转移的地理阈值，都使地理系统中不可能具备唯一的、通用的或稳定的解。所谓“解”都是有条件的，都是在地理阈值约束下的解。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条