An automatic digital video image processing software for analysis of the realtime holographic interference fringe was developed.
研究了实时全息干涉条纹视频图像计算机自动处理技术。
In the embedded video image processing system, there are two key issues, quality of the enhanced image and speed of the image-processing, which decide the efficiency of the algorithm.
在嵌入式视频图像处理系统中,图像增强后的效果和图像增强的实时性是决定算法优劣的两个关键问题。
The article has introduced the design method and the realized scheme of software and hardware of video image processing system based on CPLD/FPGA technology.
本文详细介绍了基于CPLD/FPGA技术的视频图像处理系统的软硬件设计方法及实现方案。
With the development of the video image processing technology and the embedded technology, it is possible to design a video monitoring system based on embedded system.
随着视频图像处理技术日益成熟以及嵌入式技术的发展,基于嵌入式的视频监控系统的实现成为了可能。
In particular, the video image processing needs a large number of high-speed, parallel data in real-time video stream processing, FPGA can better play its unique advantage.
尤其在视频图像处理中,需要对大量的高速,并行的视频流数据进行实时处理,FPGA更能发挥其独有的优势。
The video image processing technology presented in this paper includes seamless splicing, geographic registration, and 3D high-precision ground-images model formation.
提出的对视频图像处理的技术包括无缝拼接、地理注册、形成高精度地面3D模型影像。