车辆牌照识别(LPR)作为一个综合的实时计算机视觉系统主要包括牌照定位分割和字符识别两个部分。
As a comprehensive real-time computer vision system, the vehicles license plate recognition (LPR) mainly includes the division of license plate localization and recognition of character.
提出了一套基于DSP/FPGA的协处理器结构用以实现实时目标跟踪的嵌入式视觉系统。
This paper presents an embedded monocular vision system for object tracking in real time with coprocessor architecture based on DSPand FPGA.
作为一个综合的实时计算机视觉系统，汽车牌照识别技术主要包括牌照定位和牌照识别两个部分。
Being a special computer vision system in the real-time case, the LPR system mainly includes the subsystem of license plate detection and character recognition.
根据机器人足球视觉系统的特点，提出基于游程长度编码(RLE)的实时快速图像处理算法。
Based on the characteristics of the robot soccer vision system, an algorithm using Run Length Encoding (RLE) for real-time image processing is presented.
工业检测系统所具有的实时性和精确性特点，要求灵活应用计算机视觉领域所出现的新技术和新方法，设计出适合用户需要的视觉系统。
Inspection system, characterized by real time and accuracy, requires to flexibly adopt the novel technique in computer vision in order to design the perfect visual system for user.
但人类的视觉系统依赖这些神经元实现了对高分辨率视觉数据的实时处理和高速传输，将强大的计算机视觉系统远远的甩在了后面。
However, depending on these neurons, human visual neural system realizes operating high graphics visual dada real time and transmitting them high speed, which go so far ahead computer visual system.
但人类的视觉系统依赖这些神经元实现了对高分辨率视觉数据的实时处理和高速传输，将强大的计算机视觉系统远远的甩在了后面。
However, depending on these neurons, human visual neural system realizes operating high graphics visual dada real time and transmitting them high speed, which go so far ahead computer visual system.
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