Evolution of Barcode
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Mobile Application of Drug Follow-Up Information System with Data Matrix Reader
International Journal of Applied Mathematics, Advanced Technology and Science Electronics and Computers ISSN: 2147-82282147-6799 http://ijamec.atscience.org Original Research Paper Mobile Application of Drug Follow-up Information System with Data Matrix Reader Hamza Yaraş1, Kübra Uyar*2 Accepted 3rd September 2016 Abstract: The number of products that simplify people’s lives are increasing with the enormous development of the technology. Mobile devices have a great importance for the provision of communication which is one of the most significant need of human beings. Mobile devices have gone beyond to be used originally as a mobile phone purposes and they have begun to be used as a smartphone by taking in charge of computers. They are not only used for communication but also they are used like camera, photo camera, notebook, television and reminder. Google's Android platform is a widely anticipated open source operating system for mobile phones. Google’s Android Operating System (AOS) in mobile phones are still relatively new, however, AOS has been progressing quite rapidly. The increasing number of smartphone users has prepared the ground for the emergence of new ideas to make life easier. Recently, especially some applications in health sector have reflected one of the most important samples. Some of the mobile applications in this field used by humans are about hearing test, vision test, diabetes, pregnancy, and doctor appointment. This paper focuses on following of drugs, taken by patients, through mobile phones. The application running on the AOS provides the use of drugs on time with the alarm system. In addition to this, the application gives information (time, dosage, and name) about drugs by reading data matrix located on the medicine box. -
First Read Rate Analysis of 2D-Barcodes for Camera Phone Applications As a Ubiquitous Computing Tool
Edith Cowan University Research Online ECU Publications Pre. 2011 2007 First Read Rate Analysis of 2D-Barcodes for Camera Phone Applications as a Ubiquitous Computing Tool Hiroko Kato Edith Cowan University Keng T. Tan Edith Cowan University Follow this and additional works at: https://ro.ecu.edu.au/ecuworks Part of the Engineering Commons 10.1109/TENCON.2007.4428778 This is an Author's Accepted Manuscript of: Kato, H., & Tan, K. (2007). First read rate analysis of 2D-barcodes for camera phone applications as a ubiquitous computing tool. Proceedings of IEEE Tencon (IEEE Region 10 Conference). (pp. 1-4). Taipei, Taiwan. IEEE. Available here © 2007 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for all other uses, in any current or future media, including reprinting/republishing this material for advertising or promotional purposes, creating new collective works, for resale or redistribution to servers or lists, or reuse of any copyrighted component of this work in other works. This Conference Proceeding is posted at Research Online. https://ro.ecu.edu.au/ecuworks/4953 First read rate analysis of 2D-barcodes for camera phone applications as a ubiquitous computing tool. H. Kato and K.T. Tan School of Computer Science and Information Science Edith Cowan University 2 Bradford Street Mount Lawley, WA 6050 AUSTRALIA Abstract- This paper presents a detailed study on the first read In this paper, we present key factors that could enhance the rate (FRR) of seven 2D-barcodes currently used for camera phone robustness and usability of a 2D-barcode system2 based on our applications. -
© in This Web Service Cambridge University Press
Cambridge University Press 978-0-521-88839-4 - Barcodes for Mobile Devices Hiroko Kato, Keng T. Tan and Douglas Chai Index More information Index AC coefficient, 168, 169 biometric data, 66, 67, 92, 123 access control, 66 biometric encryption key, 67 Active Book, 98 bitmap (BMP), 166 Active CyberCode, 104, 105 bitwise-XOR operations, 143 Active TRIPboard, 107 blob, 70, 71, 73, 145 adaptive thresholding, 106, 172–174, 176 block code, 131 additive colour space, 124, 160, 161 blog, 31, 45, 115 Advanced Television Systems Committee Bluetooth, 76, 117–119 (ATSC), 131 Bluetooth device address (BD_ADDR), 118 Air Transport Association (ATA), 23, 60 Bose–Chaudhuri–Hochquenghem (BCH) code, 131 alignment failure, 203, 207, 210, 211, 213 bouse, 89 alignment pattern, 52–54, 147 brightness coordinate in colour space, 124 American National Standards Institute (ANSI), 61 bull’s eye, 12, 13, 36, 76, 145 American Standard Code for Information burst error, 54, 131, 137, 140, 141 Interchange (ASCII), 22–24, 33, 35, 36 business card scanner, 91 anti-aliasing, 91, 123, 147 byte compaction mode, 33 application identifier (AI), 41–43 application programming interface (API), 95 area sensor, 28 central circular finder pattern, 146, 155 arm in mCode symbol, 70 centre guard pattern, 24, 112 associative law, 132 charge coupled device (CCD), 12, 28, 31, 45, 58, 89, au (KDDI), 51 91, 97, 110, 122, 149, 158, 214, 215 augmented reality (AR), 31, 94, 97–99, 103–105, 108, 109, 121, 127 camera, 32, 37, 48, 58, 60, 69, 76, 78, 92, 100, Australian Communications and Media Authority -
Useful Facts About Barcoding
Useful Facts about Barcoding When Did Barcodes Begin? (Part 1) A barcode is an optical machine-readable representation of data relating to the object to which it is attached. Originally barcodes represented data by varying the widths and spacing’s of parallel lines and may be referred to as linear or one-dimensional (1D). Later they evolved into rectangles, dots, hexagons and other geometric patterns in two dimensions (2D). Although 2D systems use a variety of symbols, they are generally referred to as barcodes as well. Barcodes originally were scanned by special optical scanners called barcode readers; later, scanners and interpretive software became available on devices including desktop printers and smartphones. Barcodes are on the leading edge of extraordinary things. They have given humans the ability to enter and extract large amounts of data in relatively small images of code. With some of the latest additions like Quick Response (QR) codes and Radio-frequency identification (RFID), it’s exciting to see how these complex image codes are being used for business and even personal use. The original idea of the barcode was first introduced in 1948 by Bernard Silver and Norman Joseph Woodland after Silver overheard the President of a local food chain talking about their need for a system to automatically read product information during checkout. Silver and Woodland took their inspiration from recognizing this rising need and began development on this product so familiar to the world now. After several attempts to create something usable, Silver and Woodland finally came up with their ”Classifying Apparatus and Method” which was patented on October 07, 1952. -
Putting QR Codes to Work
Caslon, a PODi Affiliate (Quick Response) Putting QR Codes to Work Steven England Mobile Consultant / Director of Business Development New Media Marketing Who is PODi? Who is Caslon? PODi Mission: Help members build & grow successful businesses using digital print • Printing and Marketing service providers, direct mailers & agencies • Enterprise companies • Consultants and educational organizations • Hardware and software solution providers • Regional industry vendors Caslon, a PODi Affiliate • Caslon creates cutting edge information and resources for Service Providers and Marketers • Manages and builds our community under license from PODi • Develops Case Studies, S3 sales tools, Find a Service Provider, and hosts DEX User Forums and our annual AppForum. Caslon, a PODi Affiliate What can PODi do for YOUR digital business? – Get more leads & promote your company • Connect to customers with Find a Service Provider • Self-Promo-in-a-Box lead generation campaign • Boost your reputation with a Best Practices Award, case study or PODi logo – Increase high-margin business & sell successfully • Energize sales with Digital Print Case Studies • Close more sales with proven S3 Council sales tools & NEW training modules • Learn at free monthly webinars. Plan new strategies with industry reports • NEW Caslon’s DEX S3 Forum – Boost your POD efficiency • NEW Production Central: one-stop resource center for technology support • NEW Caslon’s DEX Tech Forums: HP/Indigo, Kodak, Xerox • NEW Technology Webinars • PPML & CheckPPML_Pro – Save money on expert -
Zebra DS9208 Specs
PRODUCT SPEC SHEET SYMBOL DS9208 FEATURES Scans 1-D, 2-D and PDF417 bar codes on paper, mobile phones and computer SYMBOL DS9208 displays Scan virtually any bar code on any medium; supports the OMNIDIRECTIONAL HANDS-FREE PRESENTATION IMAGER technology your customers are embracing ' mobile bar AFFORDABLE NEXT GENERATION SCANNING TECHNOLOGY FOR TODAY'S MOBILE WORLD codes Whether you need to scan printed bar codes on paper labels or mobile bar codes on the screen of a mobile phone, with the DS9208, you'll be ready. You get the versatility to scan any 1-D or 2-D bar code ' from the printed labels in New small footprint retail that identify product and pricing at the register to mobile coupons, mobile gift and loyalty cards, boarding passes Most compact device in its and even theater tickets. And the DS9208 provides all the features you need to keep your workers productive: class, fits in the most space industry-leading scanning speed; true point-and-shoot scanning simplicity ' no need to align bar code and scanner; constrained areas, yet offers and hands-free and handheld flexibility. flexibility of a much larger scanner ' the large high-mounted exit window BOOST CUSTOMER SERVICE, LOYALTY AND REVENUES WITH MOBILE BAR CODES enables scanning of even Convenience is driving your customers to store boarding passes, event tickets, mobile gift and loyalty cards as well as taller items mobile coupons on their cell phones, where they are always available and easy to find ' unlike their physical counterparts. But if you can't scan the mobile bar codes, convenience turns into a hassle that could result in a lost New sleek design customer. -
LSR120 CBC 2D Barcode Reader for Anti-Fraud
LSR120 CBC 2D Barcode Reader for Anti-Fraud Helps prevent identity fraud by reading address barcodes on utility bills to verify printed addresses. The Access LSR120 barcode reader has been optimised to read CBC (customer barcode), linear and 2D barcodes commonly used on utility bills, to allow verification against the printed address and help to catch fraudulent documents. Utility bills are commonly presented as proof of address. While fraudsters can easily falsify the address on documents, producing a fraudulent postal or customer barcode presents a much greater problem. Often the barcode is simply overlooked. The LSR120 provides the operator with instant reading and decoding of barcodes, Caption xxxx and provides a useful additional check of the presented document. The LSR120 is a high-performance, omnidirectional barcode imager that captures barcodes within a second of presentation in any orientation – straight, sideways or upsidedown. A bright green indicator and sounder confirm a good read. Purpose-designed to scan documents on the tabletop, the imager reads all popular linear, PDF417 and 2D symbologies currently used by postal systems and documents around the world. The device’s wide depth of field and bright aiming line allows any operator to read a document barcode intuitively and without hesitation. Ruggedly constructed, with no moving parts, these devices are built to withstand years of frontline use. Features • Reads a wide range of barcodes from documents and utility bills: POSTNET, PLANET & Intelligent Mail barcode (IM barcode); CBC including RM4SCC & KIX, PostBar CPC 4-state CBC, 2D PDF417 • Fast and intuitive omnidirectional imager • Reads on presentation of a document face up • Large document throat reads legal/A4 sized documents • RS232 and USB (serial or keyboard) interface options • FLASH upgradeable software • Visible green light & audible good read indication. -
Experience and Sociocultural Aspects of Using QR Code in Green Areas
U. Cocchi, V. Vaitkutė Eidimtienė / Miestų želdynų formavimas 2017 1(14) 14–22 Experience and Sociocultural Aspects of Using QR code in Green Areas Umberto Cocchi1, Vaida Vaitkutė Eidimtienė*2 1Umberto Cocchi Consulting, Piazza Unità d‘Italia 20 – I-35023 Bagnoli di Sopra (Padua), Italy. E-mail [email protected] 2Architecture, Art and Design Department, Klaipėda University K. Donelaičio sq. 5, LT-92144, Klaipeda, Lithuania 2Kaunas Forestry and Environmental Engineering University of Applied Sciences Liepų str. 1, LT-53101 Girionys, Lithuania. E-mail [email protected] (Received in January, 2017; Accepted in April, 2017; Available Online from 8th of May, 2017) Abstract QR code or quick response code, or matrix code, is the information storage system, used for different purposes since 1994. The code contains information (text, digits, internet links, any other information), which is read by using QR scanners or mobile phones. Changing needs of the society and developing technologies determined the emergence of QR codes formats. However, for the day being the code under discussion is dominating by the popularity of its use (identification of goods, information provided on notice boards, leaflets, business cards, advertising brochures, information stands). One of a more interesting ways is encountered in green areas of cities, which can be of different kind: educational, recreational, artistic. The article deals with the ways of using QR (quick response code) in green areas and introduces the research data. Key words:QR code, green areas, socio-culture, education, recreation. Anotacija QR kodas, kitaip „greitojo atsako“ arba reagavimo matricos kodas – informacijos laikmena, naudojama įvairiais tikslais nuo 1994 metų. -
Sl8000r Datasheet (UK) A4
HIGH-SPEED ENCODE PRINT AND APPLY r 0 0 0 8 INDUSTRY-LEADING A BAR CODE LABEL APPLICATOR P The SLPA8000r has been specifically developed for L high-speed production and distribution environments. S Using proven and dependable encoding and verifying technology, this high-speed system can encode, print, E apply and verify 100% readable tags, at speeds in excess of 100 labels per minute - with print resolution up to 300dpi. N I The patented tag management system provides users with a reliable, cost-effective method of applying good tags - while L collecting defective tags on the rewind mechanism for analysis. When combined T HIGH-SPEED LABELLING with the optional RJS scanner/verifier unit, the system provides the total quality Using a robust tamp-application system, R assurance that every case in the production run is 100% correctly labelled. the SLPA8000 is capable of labelling A more than 100 cases per minute The SLPA8000r provides a unique Single System Interface that consolidates both M 100% TAG RELIABILITY printer and applicator controls - whilst The built-in patented tag management also providing visibility on system status, S system, combined with the optional tamp errors and more. Users of the scanning verifier unit, delivers complete SLPA8000 have a complete overview assurance that all labels are 100% correct of the printer applicator system to monitor and manage the entire process from data EPCGLOBAL GEN 2 transmission to label application and CERTIFIED HARDWARE verification. EPCglobal Gen 2 certified, multi-protocol (MP2), RFID-READY LPA8000 r RFID encoding platform is built-in for dependable The system is also available in an RFID- performance Ready version, the LPA8000r, for users who are looking to pilot or implement PRINT LANGUAGES AND RFID in the future. -
Infoprint 6700 Mid-Volume Thermal Printer
Reliable thermal label printers with RFID capability to help optimize mid-volume supply chain operations INFOPRINT 6700 MID-VOLUME THERMAL PRINTER HIGHLIGHTS ■ Prints up to 10 inches per second (ips) (254 mm per second)1 in 4-inch width at up to 305 dpi resolution ■ Offers flexible options including RFID capability ■ Enables remote printer management and proactive alert notification using Printer Management Utility and Ethernet option ■ Provides support for multiple emulations to simplify implementation ■ Offers versatile connectivity with standard serial, parallel, and USB 2.0, plus Ethernet or wireless Ethernet features MAINTAIN SUPPLY CHAIN EFFICIENCY To help maintain the flow of information that’s Balance productivity and cost of ownership critical to supply chain success, InfoPrint objectives by choosing the right printer for the Solutions Company offers an easy-to-use right jobs. The InfoPrint® 6700 M40 thermal InfoPrint 6700 thermal printer that provides printer is designed specifically for mid-volume support for powerful remote management industrial output situations that require excep- capabilities and RFID tags including EPCglobal tional reliability, flexible media handling, sup- Class 1 Gen2. port for barcodes and an upgrade path to radio frequency identification (RFID). Mantenimiento Periféricos Informáticos C/Canteras, 15 28860 Paracuellos de Jarama (Madrid) Tel: 00 34 917481604 Web: https://mpi.com.es/ Flexibility is a critical aspect of supply chain Web-enabled workstation by downloading Powerful remote management software efficiency. Choose optional wireless com- Printer Management Utility. PXML capabili- enables IT resources to monitor and man- munications to enable flexibility in printer ties integrate InfoPrint 6700 printers with age the printer remotely, freeing local placement and enhanced wireless security InfoPrint middleware architecture. -
2D-Code Fibel 2017.Indd
2D-Code Fibel Die vorliegende Broschüre wurde mit größter Sorgfalt zusam- mengestellt. Trotzdem können Fehler nie vollständig ausge- schlossen werden. Die Autoren und die Firma können für fehler- hafte Angaben und deren Folgen keine Haftung übernehmen. Änderungen behalten wir uns vor. Vervielfältigungen, auch auszugsweise, nur mit Genehmigung durch BARCODAT GmbH. Erste Auflage, März 1998 Zweite Auflage, September 2000 Dritte Auflage, April 2003 Vierte Auflage, Juni 2004 Fünfte Auflage, Januar 2007 Sechste Auflage, Januar 2011 Siebte Auflage, Oktober 2013 BARCODAT GmbH Robert-Bosch-Straße 13 72280 Dornstetten Tel. +49 74 43 / 96 01 - 0 [email protected] www.barcodat.com 2 2D-Code Fibel 3 Vorwort zur 7. Auflage Daten automatisch erfassen und in vielfältige Konzepte umset- zen gewinnt immer mehr an Bedeutung. Gefordert wird, mög- lichst große Datenmengen auf möglichst kleinen Flächen un- terzubringen. Diese sollen dann auch noch sicher gelesen und weiterverarbeitet werden können. In den späten 80ern begann man im Bereich Barcode, neue Wege zu gehen. Die ersten gestapelten (stacked) Barcodes wurden entwickelt, in den 90ern kamen die 2D- oder auch Matrix-Codes dazu. Inzwischen tummeln sich nach vorsichtigen Schätzungen über 50 Symbologien auf dem Markt. Durchge- setzt haben sich fast ausschließlich lediglich Data Matrix ECC 200 und PDF 417, die von der Industrie als Standard anerkannt werden. Diese Codes finden vielfältige Verwendung, z. B. in der Automobilzulieferindustrie (Odette-Label), im Gesundheits- wesen und anderen Bereichen. Die Entwicklung in Richtung größere Datenkapazitäten geht auch weiter. Hierzu werden zunehmend farbige Codes genutzt (HCCB, farbiger QR Code, farbiger Trillcode). Neu ist die Verwendung von 2D-Codes zur Verwendung mit Smartphones oder Webcam. -
An Efficient Bar Code Recognition Engine for Enabling Mobile Services
Research Collection Doctoral Thesis An Efficient Bar Code Recognition Engine for Enabling Mobile Services Author(s): Adelmann, Robert Publication Date: 2011 Permanent Link: https://doi.org/10.3929/ethz-a-6665246 Rights / License: In Copyright - Non-Commercial Use Permitted This page was generated automatically upon download from the ETH Zurich Research Collection. For more information please consult the Terms of use. ETH Library Diss. ETH Nr. 19721 An Efficient Bar Code Recognition Engine for Enabling Mobile Services A dissertation submitted to ETH Zurich for the degree of Doctor of Sciences presented by Robert Adelmann Diplom-Informatiker, Albert-Ludwigs-University Freiburg born October 01, 1977 citizen of Germany accepted on the recommendation of Prof. Dr. Friedemann Mattern, examiner Prof. Dr. Elgar Fleisch, co-examiner Prof. Dr. Michael Rohs, co-examiner 2011 2 | Abstract Abstract | 3 Abstract In the area of pervasive computing, mobile phones have evolved into attrac- tive development platforms that show considerable potential when it comes to bridging the often-cited gap between the real and virtual world. They are ubiquitous, highly mobile, provide significant computing power, and increas- ingly also offer an abundance of built-in sensors. With the general availability of smartphones and affordable data rates, consumers are beginning to use their mobile phones to interact with physical products found in stores in or- der to access product-related information and services. To support this inter- action, consumer-oriented mobile applications require a fast and convenient way to identify products. Even though Near Field Communication (NFC) and Radio-Frequency Identification (RFID) technology is very promising for that purpose, the widespread use of RFID tags on retail products remains unlikely for the next years.