8 pages, 2-column presentation, 2 figuresSo far, the scope of computer algebra has been needlessly restricted to exact algebraic methods. Its possible extension to approximate analytical methods is discussed. The entangled roles of functional analysis and symbolic programming, especially the functional and transformational paradigms, are put forward. In the future, algebraic algorithms could constitute the core of extended symbolic manipulation systems including primitives for symbolic approximations
Algorithms in Computer Algebra base on algebraic concepts and aim at finding exact solutions. Comput...
Functional programs are merely equations; they may be manipulated by straightforward equational reas...
Papers based on the proceedings of a symposium on symbolic algebraic manipulation in scientific comp...
While the state of the art is relatively sophisticated in programming language support for computer ...
Algebraic structures are a concept from mathematics to bring sets and their operations together. Thi...
This paper considers a programming language where all control is encoded in algebras and combinators...
It is widely recognized that programming languages should offer features to help structure programs....
We compare and contrast several techniques for the implementation ofcomponents of an algebraic manip...
New methodological aspects related to design and implementation of symbolic computation systems are ...
Today, certain computer software systems exist which surpass the computational ability of researcher...
There are many good reasons to teach a course on a systematic introduction to symbolic methods not o...
This book discusses the latest advances in algorithms for symbolic summation, factorization, symboli...
There are many good reasons to teach a course on a systematic introduction to symbolic methods not o...
Computational implementations are special relations between what is computed and what computes it. T...
The field of computer algebra can be divided into several mutually related subfields. Some of these ...
Algorithms in Computer Algebra base on algebraic concepts and aim at finding exact solutions. Comput...
Functional programs are merely equations; they may be manipulated by straightforward equational reas...
Papers based on the proceedings of a symposium on symbolic algebraic manipulation in scientific comp...
While the state of the art is relatively sophisticated in programming language support for computer ...
Algebraic structures are a concept from mathematics to bring sets and their operations together. Thi...
This paper considers a programming language where all control is encoded in algebras and combinators...
It is widely recognized that programming languages should offer features to help structure programs....
We compare and contrast several techniques for the implementation ofcomponents of an algebraic manip...
New methodological aspects related to design and implementation of symbolic computation systems are ...
Today, certain computer software systems exist which surpass the computational ability of researcher...
There are many good reasons to teach a course on a systematic introduction to symbolic methods not o...
This book discusses the latest advances in algorithms for symbolic summation, factorization, symboli...
There are many good reasons to teach a course on a systematic introduction to symbolic methods not o...
Computational implementations are special relations between what is computed and what computes it. T...
The field of computer algebra can be divided into several mutually related subfields. Some of these ...
Algorithms in Computer Algebra base on algebraic concepts and aim at finding exact solutions. Comput...
Functional programs are merely equations; they may be manipulated by straightforward equational reas...
Papers based on the proceedings of a symposium on symbolic algebraic manipulation in scientific comp...