This paper applies imaging and workflow technologies into the data capture function of high volume data in pension information system.
本文应用图像及工作流技术,处理在养老金信息系统中常见的大数据量的录入、校验和审批工作。
The imaging system consists of a color video camera, an observation window and a turning mirror, a wide-angle collector and collimating lens, a video capture card as well as a portable computer.
该成像系统由彩色摄像机、观察窗和转向镜、广角收集和准直透镜组、采集卡和计算机组成。
By imaging tests, this optical system has better imaging quality and can capture the images form the large field and small one at the same time.
加工装调后进行了成像试验验证,结果表明,该系统能够同时完成大视场及小视场的图像获取,在可视范围内成像质量满足系统总体要求。
By optimizing the initial image capture stage, using liquid crystal light valve to make a simple modification of the imaging system, the goal of high object recognition is achieved.
通过对这些物理因素进行分析,指出“切割波段”可有效提高信噪比,将高温目标识别出来,并通过液晶光阀予以技术实现。
By optimizing the initial image capture stage, using liquid crystal light valve to make a simple modification of the imaging system, the goal of high object recognition is achieved.
通过对这些物理因素进行分析,指出“切割波段”可有效提高信噪比,将高温目标识别出来,并通过液晶光阀予以技术实现。
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