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Colourful 2D barcodes' storage and encryption capabilities are increasing compared to binary barcodes, 3,4 but they still need to overcome information leakage due to encryption algorithm cracking. 2 2D barcodes are easy to access and recognize via using various fluorescent materials. People have tried to cipher information from linear barcodes into complex cryptic notes such as 2D barcodes with a larger capacity of data storage. The most obvious approach to address these issues would be to make more complex and sophisticated barcodes. There are some issues arising with the spreading trend of barcodes, such as information leakage caused by 2D barcode cracking and identity theft caused by forging 2D barcodes. Introduction As the popularity of barcodes has spread from Asia to America and Europe, 1 people's daily activities have become more dependent on 2D barcodes, such as identification, authentication, login and so on. These invisible 2D barcodes provide a feasible solution for personal information protection and fit with a patient's privacy protection scenario very well, as we have demonstrated. The invisible patterns can and will only be accessed and recognized under UV light illumination to protect personal private information. We have employed a typical micro-emulsion method to fabricate polystyrene (PS) fluorescent nanoparticles due to its simplicity. This approach provides a promising solution to address the previous problem by transferring 2D barcodes into an invisible state. In order to prevent potential privacy violation and sensitive information leakage through easy access of those visible 2D barcodes, we have designed and fabricated invisible 2D barcodes that will only be visible under UV illumination.
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This issue is mainly due to the visibility of 2D barcodes. The most urgent and representative problem is decryption, which may lead to serious information leakage and substantial damage to organizations, such as governments and international enterprises. However, relevant issues have emerged as their popularity has soared. Each country has one or more such affiliate agencies.The popularity of 2D barcodes is playing a key role in simplifying people's daily life activities, such as identification, quick payment, checking in and checking out, etc. Publishers of books apply for and purchase ISBN from an affiliate of the International ISBN Agency. The objective of ISBN is to uniquely identify a book or edition of a book, or monographic publications including braille books, microform, electronic publications, audiobooks, educational/instructional videos/DVDs and software.
BARCODE TRANSPARENT CODE
Here you can customize your ISBN barcode with a chosen code color, background color, size and resolution.
BARCODE TRANSPARENT GENERATOR
This ISBN Barcode Generator tool is completely free, you don't have to pay anything to use it! This tool allows you to download the resulting barcodes in image formats (like JPG, PNG, GIF) as well as vector formats (EPS, AI, PDF). An ISBN barcode is the standard implementation of the European Article Number-13 (EAN-13) barcode. Such a barcode can be easily scanned with the help of an ISBN barcode scanner. ISBN BarcodeĪn ISBN barcode is a graphical representation of the ISBN number. Since 01 January 2007, the length of ISBN has been 13 digits. Length of ISBN was 10 digits until 31 December 2006.
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International Standard Book Number (ISBN) is a universal, unique and numerical identifier for books.