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Abstract: Bar code technology allows users to analyze information to develop more accurate maintenance, personnel, and financial planning. In particular it can hasten the data recording processes in a maintenance system, as seen in its use in the aircraft maintenance process.
PubDate: 5/2/2005
Abstract: You can’t pick up a business or IT magazine today without seeing numerous articles about the growth of mobile and wireless technologies. Why are these technologies so trendy? The answer is simple: developments in mobile computing, wireless communication, bar codes, and other data collection and communications technologies help businesses extend visibility and control over the operations that really matter to them.
Abstract: When it comes to two-dimensional (2D) symbologies, less is more. While 2D bar code symbols may be less costly to print, they are considerably more expensive to read, because of the complexity of developing decode algorithms. However, with the integration of public domain 2D symbologies into a range of application standards, solutions employing these codes are beginning to reach their full potential.
Abstract: Carefully tracking components and assemblies throughout the manufacturing process can prevent costly production and sequencing errors, but executing these procedures can be difficult. While bar codes provide accurate, efficient product identification, they are not viable in many common industrial processes. Specialized RFID tags, however, are optimized for use on or around metal, and are an effective and viable alternative.
Abstract: Today’s business software packages depend on real-time data collection to provide information crucial to the entire manufacturing operation. As more companies turn to enterprise-wide software for process improvement and cost reduction, there is a significant opportunity to enhance these systems by adding bar coding and radio-frequency identification (RFID) applications throughout manufacturing facilities. Find out more.