General principles of computer-integrated manufacturing are discussed
in the context of specific technologies that create flexible factory s
ystems, rapid part realization, and in-process quality assurance. Manu
facturing languages, common data structures, compatible operating syst
ems, and common bus structures for machine tools and other processing
agents in the factory are seen to be key elements of success. The abil
ity to rapidly convert design ideas to precision mechanical parts is p
resented as a rapid prototyping case study that highlights the various
principles involved in open-architecture, computer-integrated manufac
turing.