Item Level Marking Document

Total Page:16

File Type:pdf, Size:1020Kb

Item Level Marking Document Item Level Marking First, there has to be clarity on the terms used to describe the numbers used for item level marking and the barcodes that encode these numbers. It is very important you read through the entire document, from front to back, in order to (1) understand the implications resulting from a misunderstanding of these terms as well as (2) the recommendations at the end of this document. SUMMARY OF IMPORTANT TERMS: Names of barcodes used on the item (these are the carriers of the numbers in the next paragraph): UPC-A GS1 DataBar EAN-13 (used outside of USA or Canada) Names of numbers that can be used to identify items: U.P.C. (Universal Product Code) /GTIN-12 Generic U.P.C. /GTIN-12 PLU (Price Look-Up) GTIN (Global Trade Item Number) /GTIN-12 or GTIN-13 1. The UPC-A barcode is a barcode used to encode either the U.P.C. or the Generic U.P.C. which are GTINs-12; used on packaged produce 2. The DataBar is the barcode used to encode the 14-digit GTIN; used on loose/bulk produce 3. The PLU number is NOT encoded in either of these barcodes and is simply printed on a sticker on loose or bulk produce - ITEM LEVEL BARCODES: NAME OF BARCODE = UPC-A The traditional linear (bars and spaces) barcode used to hold a 12-digit UPC number. It can hold both a company specific U.P.C. and a Generic U.P.C. (Below is a Company Specific barcode.) Updated April 2014 Page 1 NAME OF BARCODE = GS1 DataBar (Stacked Omni-directional DataBar) This is a new form of linear (bars and spaces) barcode that was designed to fit in small, space- constrained areas (e.g. on a PLU sticker). The official name of the particular DataBar that was designed for produce is called the Stacked Omni-directional DataBar. This particular barcode can only hold the 14-digit GTIN. It is smaller than a UPC-A barcode, and therefore the bars and spaces are more precise. As such, on older scanning equipment it may be relatively slower to read under various conditions than a larger, more forgiving, UPC-A barcode. - ITEM LEVEL NUMBERS: NAME OF NUMBER = U.P.C. (Universal Product Code) or GTIN-12 The number inside the UPC-A barcode is the 12-digit U.P.C. (Universal Product Code) which has three components: 1. Company Prefix = a number assigned by GS1 that uniquely identifies a company from any other company across the globe. 2. Item Reference Number = assigned by the owner of the Company Prefix to identify the item being numbered 3. Check Digit = an algorithm that serves as a “checks and balances” to ensure preceding digits were entered correctly IMPORTANT NOTE: The length of the Company Prefix will vary from 6 to 9 digits What determines the length of your Company Prefix? The length of the Company Prefix (6-9 digits) depends on the number of items which need to have a GTINs assigned to them for the company. Updated April 2014 Page 2 # of Item Configurations Length of Company Prefix Length of Item Reference Number 99,999 ###### = 6 digits ##### = 5 digits 9,999 ####### = 7 digits #### = 4 digits 999 ######## = 8 digits ### = 3 digits 99 ######### = 9 digits ## = 2 digits * It is for this reason that the Company Prefix is said to be “variable-length” What determines the length of your Item Reference Number? As shown above in the chart, the length of your Company Prefix will determine the length of your Reference Number you will use for your items. Consequently, the length of your Company Prefix will also determine the length of the Reference Number used for your case assignments as well. NAME OF NUMBER = Generic U.P.C. or GTIN-12 This number can also be encoded in a UPC-A barcode. It is a U.P.C. number that uses a “generic” Company Prefix = 033383, rather than a “company-specific” prefix obtained from GS1. The “generic” Company Prefix does not allow a company to differentiate companies using this same Company Prefix. This prevents attributing product movement to a specific company, shrink to a specific company, sales to a specific company, traceability to a specific company, etc. NAME OF NUMBER = PLU (Price Look-Up) code This is a 4 or 5 digit number assigned by the IFPS (International Federation for Produce Standards) that companies typically use on loose, bulk produce items that define Commodity, Variety and Size Group. When using a “9” in front of the 4-digit PLU number (making 5 digits in total), it indicates that the item is ORGANIC. When using an “8” in front of the 4-digit PLU number (making 5 digits in total), it indicates the item is GENETICALLY MODIFIED. Therefore, the PLU number can, in some situations, be 5 digits long. This number is NOT encoded in either the UPC-A barcode, nor the DataBar barcode. It is typically printed onto a sticker and then affixed to an item (e.g. apple, pear, banana, etc.). NAME OF NUMBER = GTIN (Global Trade Item Number) The number to be encoded inside a UPC, a Stacked Omni-directional DataBar or a case. There are three different GTINs used in the produce industry: GTIN-12, GTIN-13 and a GTIN-14.The GTIN has the same three components as the U.P.C. So, essentially the GTIN used for the DataBar is the exact same as a U.P.C. (GTIN-12). Makeup of GTIN for DataBar 1. One or two zeroes = DataBar must have a 14 digit GTIN so a GTIN -12 would have two zeroes filled to the left and a GTIN-13 would have one zero filled to the left 2. Company Prefix = a number assigned by GS1 that uniquely identifies a company from any other company across the globe Updated April 2014 Page 3 3. Item Reference Number = assigned by the owner of the Company Prefix to identify the item being numbered 4. Check Digit = an algorithm that serves as a “checks and balances” to ensure preceding digits were entered correctly IMPORTANT NOTE: The Company Prefix used for the GTIN is the same Company Prefix used for the U.P.C. Therefore, it has the same considerations with regards to the length of the Company Prefix and the length of the reference number. RECOMMENDATIONS FOR ITEM LEVEL MARKING: Recommendation #1: For bags, packages and clamshells - Use UPC-A barcodes. The UPC-A barcode symbol is a larger barcode and less precise than the DataBar. Therefore, it is more forgiving when pre-printed on bags, packages and clamshells and may therefore have a better chance of being read quickly on these surfaces than a DataBar. In addition, bags, packages and clamshells have more real- estate that could be used to affix the larger UPC-A. Finally, your package supplier may already own UPC-A “films or plates of lines” for creating bar codes and may charge you to invest in GS1 DataBar films. The use of the generic Company Prefix (033383) inside of this number does not allow the tracking needed for company identification. Therefore, it is recommended that companies use the U.P.C. number that contains your own GS1-issued Company Prefix. As some retailers are not yet equipped to handle the storage of a company-specific U.P.C., there will be a transition for some of these companies. As such, it would be important for you to contact your buyers to ensure they are ready to store these numbers and perhaps come up with a transitional strategy (e.g. show a PLU number as a backup). NOTE: As the GTIN inside of the DataBar and the U.P.C. inside of the UPC-A barcode provide the same function (i.e. linking an item to a specific company), either one of these could work. Therefore, if you have already ordered bags having the DataBar, work with your buyers on depleting your existing inventory of bags before ordering the next round of bags with the UPC-A barcode on the bags. But is still recommended to use the UPC-A. Recommendation #2: For loose produce having a PLU sticker - Use the DataBar. The DataBar will typically fit a similar–sized sticker used for your PLU number. Updated April 2014 Page 4 Encode the 14-digit GTIN number starting with one or two zeroes inside the DataBar. It is recommended that you assign GTINs at the same granularity as the PLU number (e.g. Commodity, Variety, Size Group) NOTE: For companies, who have obtained their Company Prefixes from outside of the U.S.A. or Canada, an EAN-13 is used. The first digit of the GTIN will always start with zero but the second digit will likely be something other than a zero. Include the PLU number on the sticker as a back-up, in the event the DataBar cannot be scanned. This is mandatory under the GS1 USA Produce Application Guidelines. The POS software itself (not the scanner) at the buyer’s location must have a flag set up by the retailer, telling the POS to weigh the item at POS (just like the PLU usually does today). NOTE: Make sure you have communicated your 14-digit GTINs to your buyers and they have stored these numbers PRIOR to using this. Recommendation #3: For items currently numbered with 033383 - If your product currently has a UPC number beginning with 033383, check first with your buying partners to see if they are ready to transition to the UPC number having your specific GS1-issued Company Prefix.
Recommended publications
  • Readerware Cuecat Manual
    Readerware CueCat Manual This manual will help you install your CueCat(R) barcode reader and get you started scanning your books, music and videos. Important: If you purchased your CueCat from another source, you may have received software with it, do not install this software. You do not need any additional software when using your CueCat with Readerware, and following the demise of Digital Convergence, the CueCat software will no longer work. Table of Contents Installing a PS/2 CueCat on a desktop machine (Windows and Linux)..............................2 Installing a PS/2 CueCat on a laptop (Windows and Linux)..............................................4 Installing a USB CueCat (Windows, Mac OS X and Linux)..............................................5 How to Swipe a Barcode..................................................................................................6 Troubleshooting................................................................................................................7 Readerware CueCat Manual v1.04 Page: 1 Installing a PS/2 CueCat on a desktop machine (Windows and Linux) Note: Before you begin, shut down all programs and turn off your computer. If you are installing the CueCat reader on a laptop computer, proceed to the next section. Disconnect the keyboard cable from your computer. The CueCat reader operates through the keyboard port. Make sure you do not use the mouse port. If the keyboard port on your computer doesn©t match the male connector on the CueCat reader, you can get adapters at any computer store or Radio Shack. Readerware CueCat Manual v1.04 Page: 2 Connect the male connector on the CueCat reader into the computer©s keyboard port. Match up the "notch key" for easy insertion. (Note: the male connector is the one with the protruding pins.) Connect the keyboard cable to the female connector on the CueCat reader.
    [Show full text]
  • 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.
    [Show full text]
  • UID QUARTERLY: Winter 2011 Tracking Solutions
    TrackIng SolutionS UID QUARTERLY: WInter 2011 InTRoDUcTIon Welcome to the UID Quarterly Winter 2011 Edition, brought to you by A2B Tracking Solutions as an educational service. We think you will find Bar code History: Fifty years ago, May 1961 to be exact, the first bar a great deal of practical and useful information here. Read each article code scanner was installed and tested on the Boston & Maine RR. This carefully and then pass along the Quarterly to a friend or colleague who project marked the dawn of the bar code industry and forever changed could benefit from reading it. the economic landscape. Read a first-hand account by the man who What you’ll find in this issue: headed that project UID Education: Check out the upcoming IUID and Track & Trace web UID Success: Learn how the US Air Force is utilizing a seek and apply seminar dates presented by David Collins of Data Capture Institute. part marking strategy, not only to satisfy UID requirements for legacy equipment, but to cleanse the data in its equipment database. news From A2B Tracking: Read all the latest from A2B. The AF part marking effort began as UID SUccESS a pilot in 2009 when A2B was tasked Air Force IUID Part Marking with marking a single base - MacDill A2B achieves “lift off” for enterprise-wide seek and apply marking AFB. That effort ran concurrently with an AF “organic” part marking Air Force has been a frontrunner in the rollout of IUID since it was effort at five other locations. Using introduced in 2003.
    [Show full text]
  • PDF417 Encoding Guide
    ExpoTools PDF417 Encoding Guide Overview Encoding two-dimensional barcodes such as PDF417 is inherently more complex than traditional one-dimensional (or linear) barcodes. A larger number of things can be altered and adjusted, making it harder to specify how to construct the barcode. This document is intended to serve as a starting point, allowing you to understand the variables that will make a barcode that is compatible with ExpoTools equipment. The Terms A PDF417 barcode is not specified simply as a height and width with a dot-size. Typically, it is specified using 4 basic parameters: . X-element: size of the smallest barcode element (or dot) . X-to-Y ratio: how many times larger that the x-element is the y element . Number of columns: how many bands are encoded on a line . Error correction level: how much redundant information is added to the barcode to allow scratches or defects. Increasing this adds to the size of the barcode From these, the height, or number of rows, is derived. In addition, a symbol set can be specified as either text, binary or numeric. Although text mode allows more characters to fit inside the same space, it is usually best to use binary mode, since it can be difficult to ensure that the data does not contain any control characters. Capacity Although ExpoTools barcode scanners can read up to 480 characters from a badge, such a barcode would prove very difficult for the average user to scan, or at least be overly large for most badge designs. In order to make the badges as easy to scan as possible, you should try to keep the average badge at around 150 characters, with an upper limit of 250 characters.
    [Show full text]
  • Barcode Scanning Equipment Selection Criteria: a Guide to Choosing Appropriate Scanning Equipment
    Barcode Scanning Equipment Selection Criteria: A guide to choosing appropriate scanning equipment Date: January 2018 Version: 2.0 Barcode Scanning Equipment Selection Disclaimer GS1®, under its IP Policy, seeks to avoid uncertainty regarding intellectual property claims by requiring the participants in the Work Group that developed this Barcode Scanning Equipment Selection Criteria document to agree to grant to GS1 members a royalty-free licence or a RAND licence to Necessary Claims, as that term is defined in the GS1 IP Policy. Furthermore, attention is drawn to the possibility that an implementation of one or more features of this Specification may be the subject of a patent or other intellectual property right that does not involve a Necessary Claim. Any such patent or other intellectual property right is not subject to the licencing obligations of GS1. Moreover, the agreement to grant licences provided under the GS1 IP Policy does not include IP rights and any claims of third parties who were not participants in the Work Group. Accordingly, GS1 recommends that any organization developing an implementation designed to be in conformance with this Specification should determine whether there are any patents that may encompass a specific implementation that the organisation is developing in compliance with the Specification and whether a licence under a patent or other intellectual property right is needed. Such a determination of a need for licencing should be made in view of the details of the specific system designed by the organisation in consultation with their own patent counsel. THIS DOCUMENT IS PROVIDED “AS IS” WITH NO WARRANTIES WHATSOEVER, INCLUDING ANY WARRANTY OF MERCHANTABILITY, NONINFRINGMENT, FITNESS FOR PARTICULAR PURPOSE, OR ANY WARRANTY OTHER WISE ARISING OUT OF THIS SPECIFICATION.
    [Show full text]
  • Barcode, Labeling & RFID EXPERTS
    Barcode, Labeling & RFID EXPERTS Miles Data solutions include: • Mobile computing solutions in the warehouse, on the shop floor, or in the field • Enterprise Label printing solutions and ERP integration • Wireless and networking infrastructure for the enterprise • Multi-range barcode scanning applications • RFID enabled solutions for closed-loop, asset management and compliance • Extensive expertise in business-critical labeling applications Miles Data services include: • Business process review & workflow analysis • Hardware product portfolio options & selection • Operational pilot & gold image development • Staging & kitting of hardware • Deployment Go Live support • Mobile computer health assessment • Ongoing consulting & training • Wireless site survey, assessment & configuration • Network troubleshooting, design & configuration • Factory certified repair 2 • Briggs & Stratton • GE Healthcare Why Miles Data • United Airlines • Generac Miles Data is a leading end-to-end solutions provider with • John Deere • Insinkerator experience supporting organizations as they transform • Kerry Ingredients • Reinhart Food Service to real-time visibility for everything from products and • Rust-Oleum • SC Johnson assets to people and processes. We offer customers end- • Duluth Trading Company • Bemis to-end solutions that utilize purpose-built rugged mobile • Kohler Company • Mercury Marine computers and scanners, specialty printers and labels, RFID technology, software and services. • Quad Graphics • Oshkosh Defense • Sargento • Sub-Zero We’re the
    [Show full text]
  • Breaking Down the Barcode Amanda Nelson, Product Manager – Barcode Readers January 2021
    Breaking Down the Barcode Amanda Nelson, Product Manager – Barcode Readers January 2021 Breaking Down the Barcode Barcode Reading Basics and How to Choose the Right Barcode Reader A barcode is a visual expression of data designed specifically to be read by machines. They store information such as model number, serial number, or product history. The first barcodes expressed this data in the width and spacing of parallel black bars and white spaces. These are called 1D (one-dimensional) barcodes and are still incredibly ubiquitous today. However, more recently, barcodes that are composed of boxes, or cells, were created in order to store vast quantities of data. These barcodes, because they are rows and columns in a grid, are called 2D barcodes (although they are not comprised of bars, as such). From their humble beginning as an unloved patent back in 1952 to today, when virtually every industry uses barcoding, understanding barcodes, how they work, and how to best integrate them into your application is vital. 1D (Linear) Barcodes There are two main types of barcodes. The “traditional” barcode, 1D or linear, is made up of parallel black lines and white spaces of various widths. A barcode reader, scanner, or a computer calculates the width of the bars as well as the widths of the spaces between them to “read” the barcode. 1D barcodes are the most common type of barcode, used in industries spanning clothing retail to the United States Military. Within the category of 1D barcodes, there are many different kinds developed for various industries, with particular qualities that make them well-suited to the type and quantity of data needed.
    [Show full text]
  • Designing a QR Code Reader Application
    Designing a QR Code Reader Application Developing an application to be used with an iOS device to read incoming QR Codes. Author: Trevor Emerick Date: 3/30/2015 Objective This application note will show how to design an iOS application to look both appealing and have the ability to scan diFFerent QR Codes. Introduction This application note will walk you through the steps oF creating a simple iOS application, which will then be taken a step Further to successfully recognize a QR Code. Historically, these QR codes contain valuable inFormation that can be obtained in seconds. Comparatively this attached inFormation once obtained could be documented on paper. However, this becomes a problem in a Fast paced environment when one does not have time to write down obtained inFormation and thus has a higher chance oF Forgetting this inFormation. QR codes can help rectiFy this problem. For this application, it will be assumed that you will have access to a Macintosh operating system, which is preloaded on Apple Computers, and Xcode, which is available through the Apple App Store. Background QR, also known as Quick Response, is a newer barcode design that has become more popular with the increase in mobile device sales. These codes can also be reFerred to as 2d barcodes or mobile codes. Many mobile device companies do not include a native QR reader app but they can be easily downloaded From their respective application stores. Though the use oF QR is not as widely spread as UPC codes it is still gaining popularity in today’s society.
    [Show full text]
  • Readerware Cuecat Manual
    Readerware CueCat Manual This manual will help you install your CueCat® barcode reader and get you started scanning your books, music and videos. Table of Contents Installing a USB CueCat (Windows, Mac OS X and Linux)...............................................2 How to Swipe a Barcode......................................................................................................3 Troubleshooting...................................................................................................................4 Readerware CueCat Manual v1.05 Page: 1 Installing a USB CueCat (Windows, Mac OS X and Linux) To use a CueCat USB barcode scanner, simply plug it in to any available USB port. It should by automatically recognized as a Human Interface Device, (HID). No special drivers are required. The USB CueCat reader includes a standby or "sleep" feature. After a period of inactivity, the light on your CueCat reader goes out and then flashes periodically. When you point the CueCat reader at an object, it lights up again and is ready to use. If not, just hold your finger over the light until it comes on solid. The light must be on solid before you scan. The USB CueCat reader works with all USB 1.1 devices, including hubs and repeaters. Continue with the How to Swipe a Barcode section of this manual for information on using a CueCat with Readerware products. Readerware CueCat Manual v1.05 Page: 2 How to Swipe a Barcode Here's How To Swipe a Code. No matter what type of code you are swiping, it works the same, easy way. Once you have connected the CueCat reader as described in the preceding section, then simply follow the steps below. 1. Hold the CueCat reader between your thumb and forefinger like a pen or pencil.
    [Show full text]
  • The Evolution of Barcode Reading Technology Jacek Hanslik – Product Sales Manager Europe
    The Evolution of Barcode Reading Technology Jacek Hanslik – Product Sales Manager Europe 1 © 2020 Cognex Agenda I. Basics of barcode reading technology a. History of barcodes b. Types of barcodes c. Technology check: Laser-based vs. image-based barcode readers d. Types of barcode readers II. Industry practices a. Existing barcode reading applications b. Challenges and opportunities c. Impact of higher read rates d. How to leverage barcode reading technology in your company III. Expectations and outlook IV. Questions & Answers 2 © 2020 Cognex I. Basics of Barcode Reading Technology 3 © 2020 Cognex History of Barcodes 4 © 2020 Cognex History of Barcodes (continued) 5 © 2020 Cognex The need for barcode technology Barcode reading applications are critical to: ▪ Prevent or correct label and shipping errors ▪ Drive up efficiency and throughput ▪ Lower maintenance and overhead costs ▪ Avoid disruption in supply chain ▪ Brand integrity 6 © 2020 Cognex Main types of barcodes ▪ Barcode Types ▪ 1D ▪ 2D ▪ 3 main reasons for barcodes: ▪ Traceability ▪ Universally understood ▪ Low cost 7 © 2020 Cognex Laser-based barcode scanning Barcode Light Detector Signal Digitized Signal 8 © 2020 Cognex Laser Scanner Technology restrictions ▪ Hard to scan barcodes​ ▪ Poorly printed​ ▪ Defective/damaged​ ▪ Low contrast​ ▪ Specular reflections​ ▪ Unidirectional scanning​ ▪ No omnidirectional (360°) or at least orthogonal (0° and 90°) reading​ ▪ Mounting and positioning constraints​ ▪ Moving parts are subject to failure​ ▪ No feedback for failed reads​ ▪ Cannot read 2D codes 9 © 2020 Cognex Image-based barcode readers 10 © 2020 Cognex What type of barcode reading technology is used? Manufacturers Rely Heavily on Laser-Based Solutions. Among users of the technology, 77 percent rely solely on laser-based or a combination of laser-based and image-based barcode solutions.
    [Show full text]
  • 2D Barcode Scanner
    2D Barcode Scanner For Self-Service and Price-Checker Applications Compatible with Easy to Install 2-Year Warranty Windows & Android Easily and securely attached the camera to any side of the display via Product Overview Elo Edge Connect™ technology Improve self-service and price-checker applications with Elo’s 2D Barcode Scanner that easily integrates with a variety of Elo touchscreens. The fast, hands-free device provides Next Gen Price Checkers - Offer rapid and accurate scanning of barcodes including linear barcodes and QR codes. price-checking plus in-depth product Whether on paper, etched into a product or on a mobile screen, the reader can return information, virtual customer quick, reliable results. service, endless aisle and related item recommendations, wayfinding, Our modular design provides our customers with the building blocks to configure a BOPIS, loyalty and assisted selling. multitude of solutions - making it easy to deploy a variety of solutions from price checkers and self-checkout to visitor management. Start changing the way your customers and employees interact in-store and at work by deploying a new generation of interactive Simplify contactless entry for technologies. employees and guests by enabling barcodes & QR codes to be scanned on badges and personal devices 2D Barcode Scanner Model E393160 Color Black I-Series for Android (2.0, 3.0) I-Series for Windows (2.0) Compatibility EloPOS Touchscreen Monitors - 1002L, 1302L, 1502L, 1902L, 2002L, 2202L, 2402L, 2702L Touchscreen Signage - 3202L, 4202L, 4602L, 5502L,
    [Show full text]
  • Pervasive 2D Barcodes for Camera Phone Applications
    Edith Cowan University Research Online ECU Publications Pre. 2011 2007 Pervasive 2D Barcodes for Camera Phone Applications 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 Computer Sciences Commons 10.1109/MPRV.2007.80 This is an Author's Accepted Manuscript of: Kato, H., & Tan, K. (2007). Pervasive 2D Barcodes for Camera Phone Applications. IEEE Pervasive Computing: Mobile and Ubiquitous Systems, 6(4), 76-85. 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 Journal Article is posted at Research Online. https://ro.ecu.edu.au/ecuworks/1507 MOBILE COMPUTING Pervasive 2D Barcodes for Camera Phone Applications As 2D barcodes gain popularity, do we need to determine a global standard for camera phone applications? If so, which barcode is best? wo inventions have contributed to So, in a previous study, we evaluated six 2D bar- the commercial viability of perva- codes using eight criteria for standardization sive 2D barcodes: CyberCode1 and potential: omnidirectional symbol reading, sup- J-SH09. In 2000, Sony introduced port for low-resolution cameras, reading robust- CyberCode—one of the earliest uses ness under different lighting conditions, barcode Tof a 2D barcode for developing a visual tagging reading distance, error correction capability, secu- system.
    [Show full text]