为紫外可见双光谱实时图像处理系统选取一种合适的图像去噪方法。
Choosing a suitable denoising arithmetic for real-time dual-spectrum image system.
介绍用于自动生产线上零件打印数字编号自动识别的高速实时图像处理系统的研制。
Study on printed digit high-speed recognition image processing system of machine parts used in automated product line is introduced.
重点介绍了该实时数字图像处理系统的硬件组成、工作原理和新的图像相关匹配算法。
The major parts of this paper put on the hardware construct, working theory and the new image correlation matching algorithms.
研制了一种基于双DSP（TMS320C6414）的大视场红外目标实时检测与跟踪图像处理系统。
A real- time image processing system which is based on two pieces of DSP (TMS320C6414) is designed.
由于边缘检测等图像处理算法数据量较大，要求实时信号处理系统必须具有处理大数据量的能力。
The real-time signal processing system must have the ability of dealing with large amount of data when the edge detection algorithm is used in image processing.
针对图像传输及处理领域中的数据实时采集与保存问题，基于高效DSP芯片的图像处理系统应运而生。
Aiming at the problems of real-time data acquisition and storage in the image transmission and processing field, a system based on high-effective chips of DSP is proposed.
重点介绍了该实时数字图像处理系统的硬件组成，工作原理和图像处理算法的应用。
The hardware composition of and the theory behind the real-time digital image processing system, and the application of the image processing algorithm are discussed in detail.
测试结果表明，所研制的图像处理系统能够实时地实现颜色提取、灰度处理及边缘检测等功能。
Experimental results show that the system has real-time color extraction, gray-scale processing, edge detection capabilities and so on.
结果表明，该实时处理策略也同样适用于其它的像素级多分辨图像处理系统。
The results show that such real-time processing schemes can also be applied in the other pixel level image processing systems on the basis of multi-resolution analyses.
提出了一种实时图像信息处理系统模块化可扩展的多总线结构，详细论述了其系统总线结构、DSP芯片选型及系统复位流程等系统实现中的关键问题。
Some Key points in system realization, such as the system bus structure, the selection of DSP chips and the process of system reset, were discussed in detail.
鉴于软件处理系统在速度和实时性上的不足，用硬件来实现图像处理算法正逐渐成为研究热点。
To be concerned with software processing systems 'inefficiency of speed and real-time performance, using hardware to realize image processing algorithms tend to be a new research focus.
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。
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.
本文研究了一套基于激光结构光视觉传感的焊缝图像实时采集和图像处理系统。
In this paper, a weld seam image real-time acquisition and processing system based on adjustable laser vision sensor is developed.
针对红外图像和微光图像的不同噪声特点，设计实用、实时的噪声处理系统显得十分重要。
It is very important to design practical and real-time processing hardware systems, which can be applied to both infrared and LLL images.
因此必须建立一个能够处理高速数字信号的图像处理系统，来捕获信标光并计算出信标光在面阵中的脱靶量，以满足实时控制系统的需求。
So it's necessary to set up a image processing system to handle the high-speed digital signals, it's used to acquire the beaconing light and compute it's undershot signal.
本文设计的医学图像处理系统应用在基层医院，主要用于医疗放射图像和病人信息的实时采集及处理，目标是全面解决医学图像的获取、显示、存储、处理和管理等问题。
The Medical image Processing System in this essay is used by community hospitals to capture and tune the real-time images in the department of radio and others.
本文首先介绍了视频图像编码原理、H . 263建议和基于DSP芯片的实时信号处理系统。
In this paper the principle of video coding, the recommendation H. 263 and the real-time signal processing system based on DSP chip are introduced first.
所研制的系统针对桥梁拉索结构的特点，构建出桥梁拉索爬行机构，采用4个CCD摄像机组成了并行式图像采集阵列，实时的将同一时刻拉索表面一周的视频图像数据传送到缺陷检测处理系统中。
It make a target of fast intellective damage detection. Depended on concurrent sensor array of 4 CCD, the system collects the surface image data of the bridge cable, and sends the data to DSPs.
所研制的系统针对桥梁拉索结构的特点，构建出桥梁拉索爬行机构，采用4个CCD摄像机组成了并行式图像采集阵列，实时的将同一时刻拉索表面一周的视频图像数据传送到缺陷检测处理系统中。
It make a target of fast intellective damage detection. Depended on concurrent sensor array of 4 CCD, the system collects the surface image data of the bridge cable, and sends the data to DSPs.
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