From the reviews: "This book on multimedia tools for communicating mathematics is a selection of presentations which took place at an international workshop organized by the Centro de Matematica e Aplicacoes Fundamentais. ... This is an excellent book on tools and algorithms which are used to create new ways of making interactive presentations and multimedia courses. This is also an excellent up-to-date reference book on multimedia tools available for mathematics and related subjects. I strongly recommend this book ... ." (T. E. Simos, Journal of Computational Methods in Sciences and Engineering, Vol. 3 (2), 2003) "This book is a sleeper; intended as a workshop on using multimedia tools to communicate mathematics, it is filled with eye-opening information to make readers wish they had attended the workshop in person." (J. Johnson, CHOICE, September 2002) "This book arose from presentations at an international workshop organized at the Centro del Matematic e Aplicacoes Fundamentais at the University of Lisbon ... . These proceedings cover an enormous spectrum of both techniques and approaches and some extremely useful discussion. ... As a resource, these proceedings should be on the desk of anyone with either a desire or need to develop multimedia tools for teaching and visualizing mathematics at any level." (Douglas Quinney, MSOR Connections, Vol. 2 (4), 2002)

• 1 Computer Animated Mathematics Videotapes.- 2 A Virtual Reconstruction of a Virtual Exhibit.- 3 An Intuitive Approach to Elementary Mathematics on the Web.- 4 OpenMath Technology for Interactive Mathematical Documents.- 5 The StageTools Package for Creating Geometry for the Web.- 6 Communicating and Learning Mathematics with Hypervideo.- 7 Collaboration in a Multimedia Laboratory.- 8 jDvi — A Way to Put Interactive TeX on the Web.- 9 Visual Calculus — Development and Tools.- Color Plates.- 10 EG-Models — A New Journal for Digital Geometry Models.- 11 The Future of Mathematical Software.- 12 A Dynamic Setup for Elementary Geometry.- 13 Dynamic Geometry on WWW.- 14 Minimalistic Tools for Mathematical Multimedia.- 15 Publication of Interactive Visualizations with JavaView.- 16 The Solver Learning Environment for Solving Mathematical Word Problems: Pupils’ Discussions.- 17 Interactive Knot Theory with Knot Plot.- 18 Developing Gato and CATBox with Python: Teaching Graph Algorithms through Visualization Experimentation.- 19 Rescalable Real-Time Interactive Computer Animations.