Details:
Summary:
Efforts to integrate Computer Integrated Manufacturing (CIM's) technology into the printing industry have experienced varying degrees of success over the past few years. To the extent that it is possible to have full automation, the process and products for which this makes economic sense must be identified and new architecture models developed to reflect this change. There are currently several different protocols, specifications, and standards available that attempt to facilitate automation; however, it is (as yet) not possible to reach consensus throughout the industry on the use of any one specific format or standard interface. Work in this area has focused on adjusting pre-existing file formats and architectures so that changes to established systems could be kept to a minimum. Research currently underway at the Institute for Print and Media Technology analysis the problem using reverse engineering principles; the supposition being that by beginning with the end product, all possible process channels are defined and the functionality of independent devices can be characterized. The goal is to establish whether or not there is indeed a better way for the printing industry to communicate data as the work environment surrounding printing production continues to expand into new areas of business. The research is still in the early stages of development, and the current results are inconclusive; however, indications suggest that formats that have traditionally been outside the field of printing could have a new significance for the industry as the market and the services it demands continue to change.