121. ACA'98, 1998 IMACS Conference On Applications Of Computer Algebra 4th IMACS Conference on Applications of computer algebra. Czech Technical University, Prague, Czech Republic; 911 August 1998. http://www-troja.fjfi.cvut.cz/aca98/

Mirrors: CTU, Prague, Europe and UNM, Albuquerque, USA ACA'98 1998 IMACS Conference on Applications of Computer Algebra International Association for Mathematics and Computers in Simulation Conference on Applications of Computer Algebra Czech Technical University Prague Czech Republic August 9-11, 1998 Just before ISSAC'98 , August 13-15, Rostock, Germany Sponsors: Ministry of Education of Czech Republic Czech Technical University Faculty of Nuclear Sciences and Physical Engineering Texas Instruments Inc. ... Wolfram Research Inc. General Chair Richard Liska Program Chairs Victor Edneral Organizing Committee Stanly Steinberg Michael Wester Local Arrangements: Jiri Limpouch Milan Sinor Petr Kapusta Faculty of Nuclear Sciences and Physical Engineering ... Czech Technical University The meeting will focus on actual or possible applications of nontrivial computer algebra techniques to other fields and substantial interactions of computer algebra with other fields. Contents: Electronic proceedings List of attendees (final) Conference program (final) Conference location Prague Information How much would it cost?

122. JSC Special Issue On Computer Algebra And Signal Processing Special Issue on. computer algebra and Signal Processing. Various computer algebra systems have been utilized to implement these and related ideas. http://www4.ncsu.edu:8030/~hong/jsc/si_signal_processing.htm

Call for Papers Journal of Symbolic Computation Special Issue on Computer Algebra and Signal Processing Guest Editors: Jeremy Johnson, José Moura, Markus Püschel, Dan Rockmore Aim Beginning with Winograd's work on the arithmetic complexity of signal processing algorithms such as convolution, digital filtering, and the discrete Fourier transform, there has been much work devoted to the application of algebraic methods in the design and implementation of signal processing algorithms. Various computer algebra systems have been utilized to implement these and related ideas. More recently, ideas from group theory and multivariate polynomial algebra have been used to provide new insights into the mathematical structure of signal processing algorithms. These ideas have been successfully applied in the design of filters and signal transforms. As examples we mention the use of Groebner bases in wavelet design as well as the derivation of fast signal transforms using techniques from computational representation theory. Some recent results have been presented at the IMACS ACA'99 session on Applications of Computer Algebra to Signal Processing The object of this special issue is to compile state-of-the-art research in the application of computer algebra and algebraic techniques to signal processing. In addition this issue will provide a convenient reference on computer algebra tools for the signal processing community.

123. Chartwell-Yorke computer algebra mathematics software (Derive 5 and LiveMath), Autograph for plotting, coordinate geometry and single variable statistics, CabriGeometre II dynamic geometry software, Fathom dynamic statistics, MathType equation editor. http://www.chartwellyorke.com/

Autograph - the ultimate graphing, coordinate geometry and single-variable statistics package. Lots of uses at KS3, KS4 and above. Version 3 available now (CD only - box and getting started guide to follow automatically when available). lets you dynamically explore Euclidean, transformational and coordinate geometry. Vectors, conics, equations of lines, much more. Strongly recommended for KS3 in particular, but with many uses at KS4 and above. Reviews. Come to the CabriWorld 2004 Conference in Rome. Derive 6 is a powerful computer algebra system for doing symbolic and numeric maths from school to professional level. Great value, compact and really easy to use. Arithmetic, Algebra, 2D and 3D plots, Calculus, Vector, Matrices, Sets, Programming. Particularly useful at KS4 and above. New version 6 shows calculus steps, exchanges data with TI calcs, has sliders to change values, and more. Demo Tutorials Reviews Fathom Dynamic Statistics software for data handling and statistics, specifically designed for education. Extensive sampling and simulation tools, hypothesis testing and estimation, over 200 data sets, infinite undo and redo, drag and grop data capture from Excel or internet, over 100 built-in functions, dozens of graph types. From the creators of

124. MuPAD Pro 3.0 - The Open Computer Algebra System MuPAD Pro 3.0 The Open computer algebra System for Windows. Understand implicit assumptions often made by other computer algebra systems. http://www.mackichan.com/products/mupad.html

History Customer Service Privacy Policy Product Partners ... Order MuPAD Pro 3.0: The Open Computer Algebra System for Windows MuPAD Pro 3.0 is a full-fledged computer algebra system with a rich set of features including extensive mathematics capabilities for symbolic and numeric computation and a Virtual Camera (VCam) toolkit for visualization, animation, and interactive manipulation of 2D and 3D plots and other mathematical objects. Developed at the University of Paderborn in Germany, MuPAD Pro is intended for an extremely broad range of users. Its domains and categories are similar to object-oriented classes that allow overriding and overloading methods and operators, inheritance, and generic algorithms. The MuPAD language has a Pascal-like syntax and allows imperative, functional, and object-oriented programming. A comfortable notebook interface includes an integrated source-level debugger, a profiler, and hypertext help, along with the graphics visualization toolkit. Version 3.0 adds to the capabilities of earlier versions of

125. Lecture Notes In Computer Algebra Lecture Notes in computer algebra at NC State University. Dr. Hoon Hong s lectures on computer algebra (MA522, Fall 1999 and Fall 2001 combined) http://www4.ncsu.edu/~jeperry/Notes_In_Computer_Algebra/

Lecture Notes in Computer Algebra at NC State University Fight the power: follow standards. These notes are all currently in PDF format. I typeset them using LyX. If you would like a copy of them in LyX, L A T E X or PostScript format, email me. Dr. Agnes Szanto's lectures on Solving polynomial systems over the complex numbers (MA792K, Spring 2004): Finding roots of univariate systems Univariate Newton's method and point estimates for approximate zeroes The Fundamental Theorem of Algebra A Homotopy Algorithm for finding zeroes of polynomials Finding roots of multivariate systems Dr. Hoon Hong's lectures on Computer Algebra (MA522, Fall 1999 and Fall 2001 combined): One polynomial equation, in one variable Linear equations, the quadratic formula, and the general solution of the cubic The general solution of the quartic Two polynomial equations, in one variable The Sylvester Matrix The Bezout-Cayley and the Barnett Matrices Two polynomial equations, in more than one variable More than two polynomial equations, in more than one variable Please note: For Fall 2001, most of the notes will not be posted to this page. I have only posted notes which do not bear on projects students will have to do. If you would like a copy of Dr. Hong's notes, please email me.)

126. CASE Homepage computer algebra Systems in Education (CASE). Newsletter. This site archives CASE newsletters. Professor Don Small is the Editor, and http://www.dean.usma.edu/math/pubs/case/

Computer Algebra Systems in Education (CASE) Newsletter This site archives CASE newsletters. Professor Don Small is the Editor, and point of contact for questions. We are archiving issues after April, 1996. Other back issues may be obtained from the editor. Past issues: January, 1998 (as a Adobe PDF file free Adobe reader here October, 1997 April, 1996 USMA Home Page ... Department of Mathematical Sciences Home Page Updated 22 February 2000 by Webmaster

127. 1999 IMACS Conference On Applications Of Computer Algebra 5th IMACS Conference on Applications of computer algebra. Euroforum, El Escorial, Madrid, Spain; 2427 June 1999. http://math.unm.edu/ACA/1999.html

1999 IMACS Conference on Applications of Computer Algebra International Association for Mathematics and Computers in Simulation Conference on Applications of Computer Algebra June 24-27, 1999 (scientific program June 25-27) Euroforum, El Escorial (near Madrid), Spain imacs-aca99@ccedu.ucm.es Sponsors/Collaborators: Addlink Software Cientifico Cotopaxi IMACS Sociedad Matematica Puig Adam Texas Instruments Universidad Complutense de Madrid Universidad Complutense de Madrid - Servicios Informaticos Organizers: Honorary President : Rafael Puyol (Rector of the Universidad Complutense de Madrid) General Chair Eugenio Roanes-Lozano (Univ. Complutense de Madrid, Spain) Program Chairs Victor Edneral (Moscow State Univ., Russia), Laureano Gonzalez-Vega (Univ. de Cantabria, Spain), Jaime Gutierrez (Univ. de Cantabria, Spain) Richard Liska (Czech Technical University, Czech Republic) Organizing Committee Stanly Steinberg (Univ. New Mexico, USA), Michael Wester (Cotopaxi, USA), Eugenio Roanes-Macias (Univ. Complutense de Madrid, Spain)

128. Applications Of Computer Algebra Applications of computer algebra. The systematic contribution of computer algebra techniques to discrete signal processing is actively investigated. http://mip.ups-tlse.fr/equipes/formelGB.html

Presentation All teams Next team Applications of computer algebra team leader : D. Pinchon Permanent member Jean-Paul Cardinal Miloslav Grundmann Didier Pinchon Alain Rigal Ph D students Nadia Bendoula Research interests The activities of this theme deal with fields of applications where computer algebra, berore traditional numerical computations are performed, yield novel analysis and computation presentation methods methods. The following points have been and are still beeing studied in the laboratory. Some fundamental properties of filters or filter banks, as for example the perfect reconstruction property, have an algebraic formulation that is difficult to handle numerically. The study with computer algebra of these algebraic equations leads to lattice filter banks as solutions: this includes structurally the desired property and its conservation when coefficient are quantified for a physical realization. This suject has been the subject of a contractual work with the CCETT and a new study is in progress on transmitter/receiver filter pairs with zero intersymbole interference. The systematic contribution of computer algebra techniques to discrete signal processing is actively investigated. Basic queues for the modelization of ATM networks show random variables that are critical to estimate numerically: new methods from the computer algebra approach are introduced and they often give better results than the traditional approach with Markov chains. This theme is the subject of an informal thematic consultation with the CNET in Lannion and new developments are studied.

129. Codemist Ltd Software provider in compilers and symbolic computation. The main products are the Norcroft C compiler and the computer algebra system Reduce, together with the Lisp system CSL/CCL. Demo versions available free for download. http://www.codemist.co.uk/

130. Commutative Algebra, Singularities And Computer Algebra|KLUWER Academic Publishe Books » Commutative Algebra, Singularities and computer algebra. Commutative Algebra, Singularities and computer algebra. Add to cart. http://www.wkap.nl/prod/b/1-4020-1487-2

Title Authors Affiliation ISBN ISSN advanced search search tips Books Commutative Algebra, Singularities and Computer Algebra Commutative Algebra, Singularities and Computer Algebra Add to cart Proceedings of the NATO Advanced Research Workshop, held in Sinaia, Romania, 17-22 September 2002 edited by Victor Vuletescu University of Bucharest, Faculty of Mathematics and Informatics, Romania Book Series: NATO SCIENCE SERIES: II: Mathematics, Physics and Chemistry Volume 115 Commutative Algebra, Singularities and Computer Algebra presents current trends in commutative algebra, algebraic combinatorics, singularity theory and computer algebra, and highlights the interaction between these disciplines. Contributions by leading international mathematicians thoroughly discuss topics in: modules theory, integrally closed ideals and determinantal ideals, singularities in projective spaces and Castelnuovo-Mumford regularity, Groebner and SAGBI basis, and the use of the computer packages Bergman, CoCoA and SINGULAR. Contents and Contributors Kluwer Academic Publishers, Dordrecht Hardbound, ISBN 1-4020-1486-4

131. Computer Algebra (Gatermann) Translate this page Einführung in Computeralgebrasysteme. Dieser Kurs wurde vom 25. September bis 6. Oktober 1995 an der Freien Universität Berlin von Karin Gatermann abgehalten. http://www.math.fu-berlin.de/serv/comp/tutorials/cakurs/toc.html

CAkurs.tar.gz zusammengepackt und kann in das eigene directory geladen werden (mit gtar xvfz CAkurs.tar.gz ausgepacken). I. (cakurs.tex) II. Beispiele III. IV. V. Anhang LinAlg Package Maple 5.3 (linalg.tex)

132. Felix computer algebra system for computation in commutative and noncommutative rings and modules. Win32, Unix. http://felix.hgb-leipzig.de/

Authors Joachim Apel, Uwe Klaus Title Felix Short description Special computer algebra system for the computation in commutative and non-commutative rings and modules. The central method is Buchberger's algorithm and its generalizations to non-commutative rings, in particular to free k-algebras and algebras of solvable type. Among the implemented applications there are syzygy computations and basic ideal operations. Felix provides a complete programming language which in standard mode is interpreted but also on-line compiler and linker are included. Platforms Windows, Windows NT, OS/2 Linux NetBSD Solaris System requirements PC with 80386 processor or higher SUN Sparc v8 Installation Guide More information/updates at Computer algebra group at Leipzig university Felix's home Contact e-mail: apel@mathematik.uni-leipzig.de uklaus@hgb-leipzig.de

133. ACA'2000: 6th IMACS Conference On Applications Of Computer Algebra 6th IMACS Conference on Applications of computer algebra. St. Petersburg, Russia; 2528 June 2000. http://math.unm.edu/ACA/2000/

Mirrors: Steklov Institute of Mathematics at St.Petersburg, Russia and UNM, Albuquerque, USA ACA'2000 6th IMACS Conference on Applications of Computer Algebra International Association for Mathematics and Computers in Simulation Conference on Applications of Computer Algebra St. Petersburg, Russia, June, 25-28, 2000 Steklov Institute of Mathematics at St.Petersburg Euler International Mathematical Institute St.Petersburg Mathematical Society St.Petersburg State University St. Petersburg Center for International Cooperation Sponsored by General Chair Nikolay Vassiliev Program Chairs Victor Edneral, Richard Liska, Michael Wester Organizing Committee Stanly Steinberg Michael Wester Yuri Matiyasevich Anatoly Vershik Local Arrangements: Elena Novikova Nikolay Mnev Vyacheslav Nesterov Sergei Slavyanov Scientific Committee: Bruno Buchberger RISC-Linz, Jacques Calmet Univ. of Karlsruhe, Arieh Cohen Eindhoven Univ.Tech, Rob Corless Univ. of Western Ontario, Andre Deprit Ntl. Bureau of Standarts, Sam Dooley IBM Yorktown Heights, Keith Geddes Univ. of Waterloo

134. Symbolic Computation Group Home Page Research and development of algorithms for computer algebra, including both symbolic computation and hybrid symbolicnumeric computation. The algorithms developed are incorporated into the Maple computer algebra system. Publications, software, meetings, people. http://www.scg.uwaterloo.ca/

The Symbolic Computation Group is a research group within the School of Computer Science in the Faculty of Mathematics at the University of Waterloo , Waterloo, Ontario, Canada. SCG is affiliated with the Ontario Research Centre in Computer Algebra, ORCCA The director is George Labahn SCG has as its primary goal the research and development of algorithms for computer algebra, including both symbolic computation and hybrid symbolic-numeric computation. The algorithms developed are incorporated into the Maple computer algebra system. Some of the Symbolic Computation Group's main research interests include: Symbolic Integration Finding closed-form solutions for ordinary and partial differential equations Developing hybrid symbolic-numeric algorithms for scientific computation. Algebraic manipulation of differential and partial differential operators. Rational approximation algorithms. Symoblic and exact linear algebra. The Symbolic Computation Group, through ORCCA, has positions available for Postdoctoral Fellows Research Associates Graduate Student Research Assistants Undergraduate student summer or co-op work terms Further information is available at the ORCCA website or by contacting info@scg.uwaterloo.ca

135. Bosma, Wieb Katholieke Universiteit Nijmegen. computer algebra and number theory. Research, publications, and past activities. http://www.math.kun.nl/~bosma/

Wieb Bosma Mathematisch Instituut Faculteit der Natuurwetenschappen, Wiskunde en Informatica Katholieke Universiteit Nijmegen Postbus 9010, 6500 GL Nijmegen (postadres) Toernooiveld 1, 6525 ED Nijmegen (bezoekadres) The Netherlands email: bosma@sci.kun.nl tel: +31-24-365 2311 fax: +31-24-365 2140 The above address is where I work as `universitair hoofddocent' computer algebra. If you can't reach me at work try me at home Research: Some of my present and past research interests, with some references to my publications: Computer Algebra Number Theory werkgroep ergodische systemen etc Teaching: During the Fall Semester of 2003 I teach: a brief introduction to Cryptography for first year mathematics students, as part of the Caleidoscoop; Discrete Wiskunde en Programmeren for second year mathematics students; Computer Algebra for third year mathematics students; part of Wiskundig Denken , for high school students. More on this and courses from previous years on my onderwijs page (in Dutch). In the Spring semester of 2004 I will teach: Lineaire Algebra 3 , and Lineaire Algebra 4 for first year mathematics and physics students;

136. 8th Rhine Workshop On Computer Algebra Eighth Rhine Workshop on computer algebra. Mannheim, Germany; 2122 March 2002. http://www.uni-mannheim.de/RWCA/

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137. CASA computer algebra Software for constructive Algebraic geometry. Designed for performing computations and reasoning about geometric objects in classical algebraic geometry, in particular affine and projective algebraic geometry over an algebraically closed field of characteristic 0. http://www.risc.uni-linz.ac.at/software/casa/

CASA Computer Algebra System for Algebraic Geometry CASA is a special-purpose system for computational algebra and constructive algebraic geometry. The system has been developed since 1990. CASA is the ongoing product of the Computer Algebra Group at the Research Institute for Symbolic Computation (RISC-Linz), the University of Linz, Austria, under the direction of Prof. Winkler. The system is built on the kernel of the widely used computer algebra system Maple. Introduction Requirements, Distribution And Contact CASA: A Quick Tour What Is New ... Bibliography

138. GIAC Is A computer algebra system. A semiclassical CAS by Bernard Parisse, available for Windows, Linux. http://www-fourier.ujf-grenoble.fr/~parisse/english.html

Version francaise Free computer algebra system: on line Giac/xcas project HP calculators Publications ... Links Giac/xcas, a free computer algebra system Giac/Xcas is a free computer algebra system for Windows, Mac OS X and Linux/Unix. It has a compatibility mode for maple, mupad and the TI89. It is available as a standalone program (graphic or text interfaces) or as a C++ library. It's name is derived from GiNaC and means Giac Is A Computer algebra system. Test the on-line version or download xcas for Windows Mac OS X Linux PC , or ARM Incomplete documentation is available in English on-line or English PDF or Espanol on-line . More complete documentation is available in French For more information on the Giac/xcas project, visit its homepage CAS for the HP calculators I'm the main author of the CAS of the HP49G, HP40G, HP49G+ and HP48GII calculators. HP49G CAS source code The source code of my contribution to the HP49G CAS is released under the LGPL license of the Free Software Foundation. If you want to modify the CAS on your calculator, please get the file casrelease.zip

139. Eduscape Company that develops computer software for algebra, calculus, and differential equations. http://www.eduscape2000.com/

Eduscape is distance learning at its best. Our objective at Eduscape is to provide first-class distance learning opportunities for students by developing the best learning software for business and education. Our distance education courseware begins with careful planning and a focused understanding of course requirements and student needs. Human advisors, PHDs in the field of Education and experts in Distance Learning, create a lesson plan based on these requirements. Next, the appropriate technology is selected to deliver the training. Hard work and dedicated efforts by our programming staff create a rich interactive, multi-media learning program that meets the lesson plans and student requirements. Educators and students use and provide continual feedback on our learning programs. You can sample the quality of our work by selecting the Public Demo link at the top of this page. Eduscape's Learning Tools:

140. Nico Benschop Homepg: Powersums, Fermat, Waring, Goldbach, Cantor; State Machine A compendium of papers by Nico F. Benschop on abstract algebra, number theory, computer science and physics. http://home.iae.nl/users/benschop

Welcome to the homepage of Nico F. Benschop John Glenn (77), Shuttle #92: Discovery - 7nov1998 @ Kennedy Space Center... Proficiat! Charles Lindbergh Spirit of St.Louis - 21may1927 @ Le Bourget, Paris... touch down! - - - - - - - And the E xplorative . D iscovery . S pirit goes on ... ;-) - - - - - - - Home email: Mail('n.benschop') . . AmSpade Research Edouard Manet (1882): Chrystal vase + clematis > Some WWWisdom cookies and quotes (beware: with sci.math Core ;-) about: Curiosity and Search "An open mind is a joy forever " Inertia " Climbing Mount Prejudice " Generalize "If a problem is too hard, generalize it " Simplify " We have to fight uphill to rediscover the obvious " Coincidence " Life is fighting entropy " My CV Work Play ff finite fun . . (reflections in the finite)* Intuition : . . Even if you don't see it, you still can smell it ! - - - "Remembering Claude Shannon" - - - (NB: 28-july-2002) Fermat, Waring, Goldbach -:- view Arithmetic as Function composition (semigroups) : . . . Additive Number Theory : hard problems, solved via semigroups Z(.) mod m_k , and . . . The sawtooth of Evolution : Child's arithmetic (=exponential;-( : . . . Stable economic growth of 3 % per year

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