AIM
  • About
    • Industry Groups
    • Chapters
    • AIM Europe
    • Awards >
      • Case Study Competition
    • Board & Staff >
      • AIM Board Interviews
    • Members
    • Privacy Policy
  • Standards
    • AIM Standards
    • Standards Development Groups
    • Registration Authority
    • Public Review
    • ISO Standards
    • Understanding Standards Development
  • Events & News
    • AIM Anniversary
    • AIM Summit 2023
    • Calendar
    • Latest News
    • Newsletters
    • Podcasts
    • Webinars
  • Resources
    • Industry Direction Report
    • Business Directory
    • Store
    • RFID FAQ
    • Request for Proposal
  • Store
  • Business Directory
  • Join AIM
  • Member Login
  • Business Directory
  • 50 members

Store

By making this purchase, you agree to the AIM Privacy Policy.

  • AIM Documents
Back

[hypImage]
Data Matrix Developer Software

Please Note - The development diskettes, by themselves, do not have all information needed to design encoding or decoding software for the symbologies. It is recommended that you purchase the standard prior to or at the same time as purchasing the diskette. This set of executable and source programs has been assembled with the intention of providing useful functions to the individual developing equipment and software for the AUTO ID industry. DMTIF is an executable program to generate a TIFF format Data Matrix symbol. Typing "dmtif/?" will bring up the menu to show you how to use this file. DMCDWD is an intermediate step to generate the Data Matrix symbols, it takes input data to perform the data compaction and Reed-Solomon encoding, and output data and check codewords. The DOS4GW is a compiler utility program required by the executable programs in this diskette. A set of source codes, in C-language, is also included. The routine called CorrectErrs, in dm_pgz.c (with dmsize.h), that uses the Peterson-Gorenstein-Zierler decoder algorithm (which uses matrix inversion) to solve the Toeplitz matrix of syndromes, the Chien search to find the error locations, and matrix inversion to solve the Toeplitz matrix of error magnitudes. The main program demonstrates the operation of CorrectErrs by defining a matrix size 44 by 44, generating test data, calculating the check characters, and generating the maximum number of errors (check byte size / 2) before calling CorrectErrs. Another routine called ecc200, in ecc200.c, takes the symbol's size to perform the symbol character placement algorithm. AIM, Inc. disclaims all warranties, expressed or implied, as to the contents of this disk, the information contained there on, and the use of data and algorithms for any specific purpose. Publication Date June 2013 This product is a single user license only. Copying and/or networking is prohibited. By purchasing this product, you agree to abide by the AIM End User License Agreement.


Price:$419.00 

Quantity:
​AIM Forums
Join AIM
Privacy Policy

​AIM, Inc.  All Rights Reserved.
100 Allegheny Drive, Suite 105C
Warrendale, PA  15086 USA

Phone: +1.724.742.4470 | [email protected]
© 2022
​​AIM China
AIM Denmark
AIM Germany [AIM-D e.V.] | Germany, Switzerland, Austria
AIM India
AIM Japan

AIM Korea
AIM North America | US, Canada, Mexico
AIM Russia
AIM Asia
AIM Europe
  • About
    • Industry Groups
    • Chapters
    • AIM Europe
    • Awards >
      • Case Study Competition
    • Board & Staff >
      • AIM Board Interviews
    • Members
    • Privacy Policy
  • Standards
    • AIM Standards
    • Standards Development Groups
    • Registration Authority
    • Public Review
    • ISO Standards
    • Understanding Standards Development
  • Events & News
    • AIM Anniversary
    • AIM Summit 2023
    • Calendar
    • Latest News
    • Newsletters
    • Podcasts
    • Webinars
  • Resources
    • Industry Direction Report
    • Business Directory
    • Store
    • RFID FAQ
    • Request for Proposal
  • Store
  • Business Directory
  • Join AIM
  • Member Login
  • Business Directory
  • 50 members