彩色立体视觉涉及到皮层区域，它是单目和双目线索深度处理的基础。
Chromostereopsis involves cortical areas that underlie depth processing for both monocular and binocular cues.
为了利用立体视觉技术提升视觉客流统计系统的准确率，提出一种基于区域视差提取的单、双目处理技术相结合的行人头顶部检测新方法。
To improve the accuracy rate of vision-based passenger flow estimation system by using stereo, a novel method based on regional disparity extraction to detect passengers head was presented.
为了利用立体视觉技术提升视觉客流统计系统的准确率，提出一种基于区域视差提取的单、双目处理技术相结合的行人头顶部检测新方法。
A method based on contour matching to extract the head disparity was presented, in order to improve the accuracy rate of vision-based passenger flow estimation system by using the depth information.
为了利用立体视觉技术提升视觉客流统计系统的准确率，提出一种基于区域视差提取的单、双目处理技术相结合的行人头顶部检测新方法。
To improve the accuracy rate of passenger flow estimation during rush hour, a vision-based procedure to estimate passenger flow in buses was presented for the embedded application.
为了利用立体视觉技术提升视觉客流统计系统的准确率，提出一种基于区域视差提取的单、双目处理技术相结合的行人头顶部检测新方法。
To improve the accuracy rate of passenger flow estimation during rush hour, a vision-based procedure to estimate passenger flow in buses was presented for the embedded application.
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