Dieser Hinweis ist aus der Übung im WS 1994/95 oder aus einer noch älteren Übung oder war nie Teil einer Übung und ist daher möglicherweise für spätere Übungen nicht gültig!
Zurück: \hinweis{Wozu_Prolog} Manufacturing and Engineering ============================== LONDON, December 7, 1994 Prolog-based technology is bridging the 'islands of technology' that currently exist in manufacturing today. MRP and MRPII together with conventional software systems struggle to cope with the needs of the modern manufacturing facility. The limitations of conventional technology means that increasingly, Finite Capacity and Constraint-based scheduling tools will provide manufacturing industry with cost effective ways to manage resources, and to generate highly efficient production schedules. Benefits experienced by major users include increased productivity, and return on investment, interactive 'what-if' facilities which allow users to generate more efficient production schedules, and user-defined constraints which help companies capture the vital knowledge and experience of their expert human planners. This seminar provides a solid introduction to the programming technology, and demonstrates practical solutions available to managers and planners within the areas of manufacturing, engineering, and process control. Programme ========== Logic Programming in Manufacturing and Engineering. Peter Reintjes, IBM Watson Research Centre, USA Increasing the reliability of industrial controllers with Logic Programming. Klaus Winkelmann, Siemens Nixdorf, Germany Advanced Diagnosis Capabilities at Dassault Electronique. Patrick Taillibert, Dassault Electronique, France Decision Support systems for planning and scheduling aircraft maintenance at Dassault Aviation. Andre Chamard, Dassault Aviation, France Advanced software technology for France Telecom. TBA, France Telecom, France Improving Product Selection of cables components using Prolog. George Imlah, BICC, CAIT, UK Zurück: \hinweis{Wozu_Prolog} \hinweis{init}