The CIM Debacle Methodologies to Facilitate Software Interoperability [Hardcover]

The underlying philosophy of computer integrated manufacturing (CIM) is to traverse physical and functional boundaries so as to promote synergy on an enterprise-wide basis. However, the lack of understanding coupled with prevailing gaps in capability and know-how can undermine its adoption and acceptance, imposing constraints when building such systems. The CIM Debacle approaches this problem by providing a balanced text on enabling and emerging CIM-related technologies, discussed in view of the industrys immediate concerns and pragmatic requirements. It explains in a clear manner the issues concerning integrated manufacturing, with particular reference to application software interoperability. The methodologies, software tool-set and enabling mechanisms necessary to facilitate software interoperability, functional interaction and workflow management, and to overcome forms of functional modules, are also addressed. In addition, a proof-of-concept'integrated manufacturing system is presented to demonstrate how such a system can be effectively realised.Preface.- Introduction.- Contemporary Solutions and Software Interoperability.- Current State-of-the-Art Scenario.- Achieving Interoperability.- Information Architecture.- Integrating Infrastructure to underpin Interoperation.- System Life Cycle Support.- Use and Appraisal of the Methodology Derived.- Conclusions.- Glossary.- References.- Appendices. ..the underlying concepts exemplified by Valdew Singh's ap- proach to software interoperability will be equally applied post year 2000 when business objects and software components libraries have become an industrial reality. Professor Ri- chard Weston, Head of Manufacturing System Integration Rese- arch Institute, UK.* Shows how to gain connectivity and optimal results at different points in time with enabling and emerging technologies. * Covers aspects of enterprise modeling * Presnts proof of concept to show how such systems can be effectively realisedThe Cl³2