最重要的是本论文所设计的视频图像采集系统具有很高的实用价值，可用于实际的生产设计。
Most important of all, the image capture system what the article discussed having the sky-high practicality, and could apply to manufacture.
当前数字视频图像采集系统的实现方式有的基于嵌入式工控机，有的基于FPGA，还有的基于DSP。
Some of the current digital image processing systems are based on embedded computer, some are based on FPGA, some are based on application specific compressing chip, and some are based on DSP.
摄像头与图像采集卡结合的图像采集在各种图像处理系统特别是涉及到动态视频的应用中是获取图像数据的一种主要方式。
Image acquisition by image acquisition card combined with camera is a primary method to acquire image data in various image-processing systems, especially in applications related to dynamic video.
在此基础上，设计和实现了视频交通流信息采集系统，并用软件实现检测算法和图像处理算法。
A video traffic flow information collection system is developed based on this method, its detection arithmetic and image processing arithmetic are designed in software.
本设计包括三个主要部分：基于PCI桥实现多路视频采集系统、智能键盘设计和在线图像识别报警算法。
This designing includes three parts: Multi-Inputs Video Collecting System based on PCI-PCI Bridge, Intelligent Keyboard designing and On-line Image Recognizing and Warning System.
本文是以视频信号的研究为基础，设计了基于DSP芯片TMS320F206的图像采集处理系统并完成了部分功能模块的调试工作。
In this paper, based on research of video signal, an image collecting and processing system based on DSP chip TMS320F206 was designed, and part of debugging work is finished.
微型无人直升机的路标识别系统主要包括实时视频流的采集、图像特征的提取和图像识别几部分。
Functionally, a landmark recognition system contains the following processes: the obtaining of digital video flowing, character extraction and image identification.
采用CPLD实现视频图像信号采集，提高系统性能，同时具有适应性和灵活性强、设计、调试方便等优点。
Using CPLD to realize video signal collection will enhance the system capability. It also has such advantages as adaptability, flexibility, easy to design and debug.
系统的硬件平台分为五个部分，分别是视频采集、数据存储、图像处理、结果显示和电源管理。
System hardware platform is divided into five parts, respectively is video acquisition, data storage, image processing, the results indicate, and power management.
该系统采用TI公司TMS320VC5402DSP芯片作为核心处理器，可以对来自于摄像头的模拟视频信号中的图像进行采集、提取、分析一体化处理。
TI's TMS320VC5402 DSP IC chip is used as the central processor of the system so that the video acquisition, video image extract and data analysis can be integrated into one system.
材料与方法：使用微机、视频采集卡、图像采集处理软件及资料库管理软件完成系统构成。
Materials and methods: The system was integrated with a PC and a video captured card, image capture and management programs and database management programs are included in this system.
辅以单片机统一系统时序，完成红外视频采集、图像增强和视频输出的功能。
This system will implement the function of infrared video collection, image buildup and video output.
系统中dsp承担核心的视频图像处理任务，而FPGA则作为视频采集单元，预处理单元以及视频显示单元。
The DSP is the video processing core unit; And the video capture unit, the video pre-processing unit, the video display unit are implemented in the FPGA.
提出了一种利用自主开发的CMOS图像传感器系统在显微镜上对细胞图像的视频采集、图像捕捉以及图像处理的新方法。
In this system, a CMOS image sensor system which developed by ourselves is used for video capturing. Also we describe the full process of the image capturing and image processing.
针对红外搜索跟踪系统中图像传输的特殊要求，提出了一种基于FPGA的网络视频采集系统的设计方案与实现过程。
For the special requirements of the image transmission in Infrared Search and Track Systems, a design and implementation process of a FPGA-based Network Video Sampling System have been proposed.
基于智能化测量仪的研制，就如何利用VFW实时视频，人工调节计算机判别，方便的实现精确调焦进行了探讨和研究，为图像测量系统图像的采集和处理提供方法。
The paper discusses how to make use of VFW real-time video to implement precision focus conveniently, adjustde by manual work and distinguish by computer .
介绍了一种基于PCI总线图像采集卡的数字视频监控系统，给出了系统结构和实现方法。
This paper introduces a kind of digital video surveillance system based on PCI image grab card. Its system structure and achieving method are presented in this paper.
数字视频监控系统的编码端负责图像的采集和编码，是数字视频监控系统中的关键设备，直接影响着整个系统的性能和质量。
The encoder end of DVRs, with responsibility for video capture and encoding, is the key part of DVRs and straightly affect the performance and quality of the whole system.
工业内窥镜视频图象采集系统，是通过专用的视频图像采集卡将内窥镜图像输入计算机，并实现了视频图象的实时显示、处理和保存。
This paper introduces the study, principle and implementation of a practical system of video image capture and processing for industry electronic endoscope.
图像采集系统是扫描电镜的一个重要组成部分，用于控制扫描电镜的扫描电源，视频图像采集、数字化与显示，电镜主控计算机与底层微机板的通讯和电镜照相。
The image acquisition system of SEM was designed based on the PCI bus to control the scanning generator, the image acquisition, data communication and the photograph system.
该平台采用CPLD作为图像数据的采集控制单元，DSP作为核心处理单元。同时对视频信号的预处理电路进行了通用化设计，能够有效保证系统对不同波段的图像信号进行采集和处理。
CPLD is used as image sampling control unit and DSP as the system core, and pretreatment circuit is designed to be multifunctional, all these help to sample different wavelength image signals.
本系统以一块基于TMS320C6205DSP芯片的图像跟踪卡为核心，完成了对视频图像的采集、处理、显示等功能。
The system completes video gathering, processing and displaying on a image card based on a TI TMS320C6205 DSP.
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.
本文详细介绍了一种视频检测中图像预处理系统的设计方案，实现了具有前端视频采集、图像预处理功能的FPGA子系统。
This paper detailedly introduced a solution of image pre-processing system in video detection system and implemented a FPGA subsystem which had the function of video capture and image pre-processing.
本文详细介绍了一种视频检测中图像预处理系统的设计方案，实现了具有前端视频采集、图像预处理功能的FPGA子系统。
This paper detailedly introduced a solution of image pre-processing system in video detection system and implemented a FPGA subsystem which had the function of video capture and image pre-processing.
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