Scientific Computation: The Integration of Symbolic, Numeric and Graphic Computation. - Erwin Engeler; Roman E. Mäder (European Conference on Computer Algebra (1), 1985)

Graph algebras, algebraic an denotational semantics. - Roman Erich Mäder (1986)

The rotation group of Rubik's cube. - Oliver Knill; Roman Maeder (SIGSAM Bull., 1987)

A collection of projects for the mathematical laboratory. - Roman Maeder (SIGSAM Bull., 1987)

Solving boundary-value problems with perturbations. - Roman Maeder (SIGSAM Bull., 1987)

Programming in Mathematica, 2nd Edition. - Roman E. Mäder (Addison-Wesley, 1991)

AlgBench: An Object-Oriented Symbolic Core System. - Roman Maeder (DISCO, 1992)

Informatik für Mathematiker und Naturwissenschaftler - eine Einführung mit Mathematica. - Roman Maeder (Addison-Wesley, 1993)

Matching and Unification for the Object-Oriented Symbolic Computation System AlgBench. - Georgios Grivas; Roman Maeder (DISCO, 1993)

Storage Allocation for the Karatsuba Integer Multipliation Algorithm. - Roman Maeder (DISCO, 1993)

Illustrated Mathematics: Visualizations for Classroom Use. - Oliver Gloor; Beatrice Amrhein; Roman Maeder (University Education Uses of Visualization in Scientific Computing, 1993)

Parallel 3-Primes FFT Algorithm. - Giovanni Cesari; Roman Maeder (DISCO, 1996)

Performance Analysis of the Parallel Karatsuba Multiplication Algorithm for Distributed Memory Architectures. - Giovanni Cesari; Roman Maeder (J. Symb. Comput., 1996)

Visualizations for Mathematics Courses Based on a Computer Algebra System. - Beatrice Amrhein; Oliver Gloor; Roman Maeder (J. Symb. Comput., 1997)

Parallel Computing with Mathematica. - Roman E. Mäder (CASC, 2001)

Grids and network applications - gridMathematica: overview and new developments. - Roman Maeder (SC, 2006)