A real - time audio - optic image correlator is introduced.
介绍一种实时声光图像相关器。
Using an incoherent optical correlator and a shift encoding method, the processing of gray sclae image matching based on similitude measurement was realized.
利用非相干光相关操作处理和空间移位编码方法，实现了基于相似性度量的灰阶图像匹配处理。
It is transformed into visible light image through optical correlator.
它通过光学相关器转换成可见光图像信息。
Its key equipment is scene matching correlator, and its key technology is scene matching. It realizes independent navigation and guidance by matching real-time image and reference image.
其关键设备是景象匹配相关器，关键技术是景象匹配，它利用实时图像和基准图像的匹配来实现自主导航、制导。
Then a single channel incoherent optical correlator with only an image and a structural element is developed to execute the hit miss transform in parallel by one step thresholding.
设计了只有一个图像和一个灰度结构核的单通道非相干光学相关器来并行一步取阈完成击中与否运算。
Suppose the mathematical expectation of image signal is zero, the basic properties of the correlator output are given.
假定图象信号的数学期望为零，证明了相关器输出的基本性质。
Based on a hybrid opto electrical image processing system with an incoherent correlator, the image matching algorithm using optical Walsh transformation is realized successfully.
基于以非相干光相关器为核心的光电混合图像处理系统，实现了基于光学沃尔什变换特征提取的图像匹配算法。
A joint wavelet transform correlator was proposed for binary image feature extraction.
提出了联合子波变换相关器及其应用于二值图象的特征提取。
The normalized image will then be encoded to an extensive complementary encoding image and be sent to an incoherent correlator based optical processor to be recognized.
最后对光学识别结果进行判决，从图像库中找出一个或几个与待识别目标相似的人脸图像。
A new scheme for incoherent correlator, with an inverse image projection procedure is proposed which can be calibrated easily.
提出了一种新型成倒像投影关系的非相干光相关器，这种相关器具有便于校准输出平面位置的优点。
A new scheme for incoherent correlator, with an inverse image projection procedure is proposed which can be calibrated easily.
提出了一种新型成倒像投影关系的非相干光相关器，这种相关器具有便于校准输出平面位置的优点。
应用推荐