Computer-Aided Design, Engineering, & Manufacturing Systems
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Extra info for Computer-Aided Design, Engineering, & Manufacturing Systems Techniques & Applications, Computer-Int
Finally, the object-oriented design of the control software leads to a modular architecture. , “System Approach to Design Generic Software for Real-Time Control of Flexible Manufacturing System,” IEEE Trans. on Systems, Man and Cybernetics — Part A, Vol. 26, No. 2, March 1996. ©1996 IEEE. , 1979, The Timeless Way of Building, Oxford University Press, New York.  Chen, P. P. 1976, The Entity-Relationship Model—toward a unified view of data, ACM Transactions on Database Systems, vol. 1, no. 1, pp.
Technical Analysis of the Return on Investments Leanness is suitably related to the monitoring of the value added to products by each investment into new physical or logical resources; computer-integrated assembly looks for cost effective set-ups aiming at economy of scope by means of a knowledge intensive frame, purposely restricted to a series of rules, such as: • • • • • • • • to extend product mix variability to agree with larger amounts of consumers’ wishes; to avoid investment in special rigs and exploit robotisation for diversified products; to limit inventory and enable adaptive, bottom-up, just-in-time schedules; to suppress redundancies and set-apart resources and instead apply recovery flexibility; to abolish not strictly necessary functions and use decentralised responsibility; to exclude sectorialisation of competencies to solve problems where they arise; to enhance customers’ driven responsiveness by minimal time-to-market; and to exploit involvement, for improving products and processes by shared interest.
1 Introduction For many manufacturing enterprises, assembly is an important portion of the final costs. Effectiveness was traditionally hunted for by reducing complex schedules into unit tasks (scientific work organization) and by enabling sequential assembly lines (vertical flow-shop). The approach leads to the highest productivity, and it is prised for mass production. Flow-lines and fixed schedules, however, require amortisation plans based on steady programmes on duty horizons corresponding to product volumes exceeding some minimal threshold.