利用行、列主解析技术恢复数字设计

Kumaravelu Rajabather, Satheesh Abimannan, T. K., B. Kumari
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引用次数: 0

摘要

我们提出了一种基于光电系统的新设计和开发,用于读取旧的和使用过的打孔卡片并存储其二进制信息,以便将其转换为有效的图像文件格式。打孔卡的孔直径有3mm、5mm和5.5mm的间距。在许多工业领域采用计算机系统之前,打孔卡片都是手工制作的,没有数字设计源,但打孔卡片具有丰富的编织设计。现在,这个想法是从打孔卡中检索二进制信息,并在处理之前以数字(非图形)格式存储它们。在处理完数字格式(非图形)后,通过行主要或列主要解析技术将其转换为有效的图像文件格式。为了完成这些工作,开发了一种基于设备和软件集成的嵌入式系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Restoration of Digital Design Using Row and Column Major Parsing a Technique
We present a novel design and development of a photo electronics-based system for reading old and used punched cards and storing its binary information for transforming them into an effective image file format. The punched card's holes diameters having the sizes of 3mm, 5mm, and 5.5mm pitch. Before the adaptation of computing systems in the field of many industries, those punched cards were prepared manually without digital design sources, but those punched cards are having rich woven designs. Now, the idea is to retrieve binary information from the punched cards and store them in digital (Non-Graphics) format before processing it. After processing the digital format (Non-Graphics) it is converted into an effective image file format through either by Row major or Column major parsing technique. To accomplish these activities, an embedded system based device and software integration are developed.
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