Mathematical Computation With Maple V: Ideas And Applications (Pb). Este artículo no está disponible.Mathematical Computation With Maple V: Ideas And Applications (Pb)

This volume contains the proceedings for the second annual Maple Summer Workshop and Symposium (MSWS '93) held at the University of Michigan, Ann Arbor, on June 28-30, 1993. The goal of this international conference was to encourage innovative applications of the Maple V mathematical computation system. Papers were presented on a wide range of application areas by authors from many countries including USA, Canada, France, and Japan. The papers in this collection are organized into four subject areas: Maple V in Education - innovative use of Maple V in mathematics, science, and engineering education; Maple V in Mathematics - methods to efficiently solve difficult mathematical problems, topics include polynomial theory, matrix operations, and statistics; Maple V in Science and Engineering, Part A, Modelling and simulation - using Maple V to derive, solve, and analyse equations that model complex physical systems, application areas include dynamical systems, molecular chemistry, and biostatistics; Maple V in Science and Engineering, Part B, Design - the development of systems and applications to assist in the design process, topics include Computer Aided Design (CAD), and Very Large Scale Integration (VLSI).

This volume contains the proceedings for the second annual Maple Summer Workshop and Symposium (MSWS '93) held at the University of Michigan, Ann Arbor, on June 28-30, 1993. The goal of this international conference was to encourage innovative applications of the Maple V mathematical computation system. Papers were presented on a wide range of application areas by authors from many countries including USA, Canada, France, and Japan. The papers in this collection are organized into four subject areas: Maple V in Education - innovative use of Maple V in mathematics, science, and engineering education; Maple V in Mathematics - methods to efficiently solve difficult mathematical problems, topics include polynomial theory, matrix operations, and statistics; Maple V in Science and Engineering, Part A, Modelling and simulation - using Maple V to derive, solve, and analyse equations that model complex physical systems, application areas include dynamical systems, molecular chemistry, and biostatistics; Maple V in Science and Engineering, Part B, Design - the development of systems and applications to assist in the design process, topics include Computer Aided Design (CAD), and Very Large Scale Integration (VLSI).