Computer algebra: Past and future.- MACSYMA: Capabilities and applications to problems in engineering and the sciences.- A preview of the next IBM-PC version of muMATH.- Current developments in LISP.- Computer algebra as a research tool in physics.- Symbolic computation and chemistry.- Computational geometry: Selected algorithms and paradigms.- Algebraic and symbolic computation in digital signal processing, coding and cryptography.- Computer algebra and practical analysis.- A new arithmetic for scientific computation with exact evaluation of expressions.- Algorithmic methods in automatic programming.- Proof theory and the synthesis of programs: Potential and limitations.- Constructions: A higher order proof system for mechanizing mathematics.- Scientific computation: The integration of symbolic, numeric and graphic computation.
Bruno Buchberger, Michael Affenzeller, Alois Ferscha, Michael Haller, Tudor Jebelean, Erich Peter Klement, Peter Paule, Gustav Pomberger, Wolfgang Schreiner, Robert Stubenrauch, Roland Wagner, Gerhard Weiß, Wolfgang Windsteiger
Bruno Buchberger, Michael Affenzeller, Alois Ferscha, Michael Haller, Tudor Jebelean, Erich Peter Klement, Peter Paule, Gustav Pomberger, Wolfgang Schreiner, Robert Stubenrauch, Roland Wagner, Gerhard Weiß, Wolfgang Windsteiger