1) knuth morris pratt algorithm(KMP) template matching
KMP模板匹配
2) pattern matching
模板匹配
1.
Vortex detection of flow field based on pattern matching;
基于模板匹配的流场涡旋识别
2.
The system can automatically inspect and recognize characters of piston surface by properly image processing and analyzing technology such as pattern matching , image calibration, image extraction, threshold segmentation, morphology, optical character recognition and so forth.
该系统通过适当的图象处理和分析,如模板匹配、图象校正、图象提取、阈值分割、形态学膨胀、腐蚀以及光学字符识别等技术,能够实现活塞表面字符的自动检测与识别。
3) pattern match
模板匹配
1.
According to adopt the two stages pattern match method, improving the recognition speed and accuracy with wiping off the error points in global pattern match by using area analysis method.
通过采用两步法的模板匹配方式,不仅提高了识别的速度,而且在全局匹配过程中通过区域分析的方法去除奇异点,提高了识别的准确性。
2.
The pattern match and recognition for weld image were realized by using the sub-VI in Labview and the combination of the traditional pattern match technology and the edge information of the weld.
将传统的模板匹配技术与焊缝边缘信息相结合 ,应用LabView提供的子VI(虚拟仪器 )功能实现了对尺度变化及旋转角度变化的焊缝图像匹配识别。
3.
A method of combining facial geometric characteristics,correlation pattern match,and improved integral projection was presented to implement an expeditious and effective way to detect eyes.
提出了1种结合人脸特征、相关模板匹配和改进的积分投影的方法,实现了快速有效的眼睛定位。
4) template match
模板匹配
1.
Partial template matching of flying target based on feature points;
基于特征点的飞行器局部模板匹配
2.
Unite projection and template match to segment license plate characters;
投影和模板匹配相结合分割车牌字符
3.
AdaBoost evolutionary algorithm based on template match;
基于模板匹配的AdaBoost演化算法
5) Template Matching
模板匹配
1.
The Application of Parts Measurement Based on the Template Matching;
基于模板匹配的零件检测的应用
2.
On-line inspection method for steel billet characters based on improved template matching;
基于改进模板匹配的在线钢坯标号识别方法
3.
Three-dimensional coordinate measuring of target based on template matching;
基于模板匹配的目标点三维坐标值测量
6) template-matching
模板匹配
1.
The Study of Target Intent Assessment Method Based on the Template-matching;
基于模板匹配的目标意图识别方法研究
2.
A method to classify neural spikes under low signal-to-noise ratio was investigated by using artificial neural networks and template-matching.
基于人工神经网络和模板匹配,提出了对低信噪比神经元信号分类的方法。
3.
Template-matching method is used to decide whether the def.
对图像和模板进行小波分解,用低频部分代替图像和模板参与识别运算;把对模板进行形变旋转处理的参数编码为染色体,依据染色体表现值对模板进行形变和旋转处理;用模板匹配法判定图像中是否含有形变旋转后的模板,判定函数就是遗传算法的适应度函数。
补充资料:模板匹配模型
见图像识别。
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