马来西亚50林吉特和100林吉特假钞检测算法

Turki Khaled Salem, Wai Kit Wong, Thu Soe Min, Eng Kiong Wong
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引用次数: 0

摘要

随着高清晰度彩色印刷技术的出现,伪造林吉特已经成为一个巨大的障碍。因此,基于水印的图像处理技术对于检测伪造林吉特至关重要。本文提出的50令吉和100令吉假币检测算法采用模糊逻辑和紫外图像处理技术。该算法将首先确定插入的钞票的货币价值,进行钞票位置检测和重新调整,定位紫外线水印(矩形文字“BNM50”或“BNM100”,标志“Stag Motif”和安全纤维),然后使用模糊IF-THEN条件语句来推断和确定钞票中插入的是真正的50林吉特,还是真正的100林吉特,或者两者都不是。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Malaysian Banknotes Counterfeit Detection Algorithm for Fifty Ringgit and One-hundred Ringgit
With the advent of high-definition color printing technology, the counterfeiting of Ringgit has become a formidable obstacle. Therefore, image processing techniques based on watermarks are vital for detecting counterfeit Ringgit. The fifty Ringgit and one hundred Ringgit counterfeit detection algorithms proposed in this work use fuzzy logic and Ultraviolet image processing techniques. The algorithm will first determine the inserted banknote’s currency values, perform banknote position detection and re-adjustment, locate Ultraviolet watermarks (Rectangle Text "BNM50" or "BNM100", Logo "Stag Motif", and Security Fibers) and then employ fuzzy IF-THEN conditional statements to infer and decide whether the slotted in banknote is a real fifty Ringgit, a real one hundred Ringgit, or neither.
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