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ACM Communications in Computer Algebra, Volume 47
Volume 47, Numbers 1/2, March / June 2013
- Christian Eder:
Improving incremental signature-based Gröbner basis algorithms. 1-13 - Stephen Wolfram:
Remembering Richard Crandall (1947-2012). 14-15 - Manuel Bronstein:
Manuel Bronstein's codes. 16 - ISSAC 2015: call for bids. 17
- Richard D. Jenks prize 2013: call for nominations. 18
- Jeremy Johnson:
Abstracts of recent doctoral dissertations in computer algebra. 19-23 - Recent and upcoming events. 24-25
- David R. Stoutemyer:
Simplifying products of fractional powers of powers. 26-58 - Joris van der Hoeven
, Andrey Grozin
GNU TEXmacs: a scientific editing platform. 59-61 - Albert Heinle:
Review of "a first course in computational algebraic geometry" by W. Decker and G. Pfister. 62-63 - Daniel S. Roche:
Abstracts of the 2013 east coast computer algebra day. 64-70 - Recent and upcoming events. 71-72
Volume 47, Numbers 3/4, September / December 2013
- Tony C. Scott
Asymptotic series of generalized Lambert W function. 75-83 - Erich L. Kaltofen
NSF funding opportunities for symbolic computation. 84 - Efi Fogel
The computational geometry algorithms library CGAL. 85-87 - Kosaku Nagasaka, Takaaki Masui:
Revisiting QRGCD and comparison with ExQRGCD. 88-89 - Chen Bui, Gérard Henry Edmond Duchamp, Vincel Hoang Ngoc Minh:
Schützenberger's factorization on q?stuffle Hopf algebra. 90-91 - Sidi Mohamed Sedjelmaci:
Fast parallel GCD algorithm of many integers. 92-93 - Xiangui Zhao
Gelfand-Kirillov dimensions of differential difference modules via Gröbner bases. 94-95 - Éric Schost, Pierre-Jean Spaenlehauer:
Newton-like iteration for determinantal systems and structured low rank approximation. 96-97 - Muhammad Taimoor Khan
A verification framework for minimaple programs. 98-99 - Pascal Giorgi, Romain Lebreton:
Relaxing order basis computation. 100-101 - Bastien Vialla:
Block Wiedemann algorithm on multicore architectures. 102-103 - Andrew Arnold, Mark Giesbrecht, Daniel S. Roche
Recursive sparse interpolation. 104-105 - Lingchuan Meng, Jeremy Johnson:
Towards parallel general-size library generation for polynomial multiplication. 106-107 - Jiaxiong Hu, Michael B. Monagan:
A parallel algorithm to compute the greatest common divisor of sparse multivariate polynomials. 108-109 - Akira Terui
Calculating approximate GCD of multiple univariate polynomials using approximate syzygies. 110-111 - Yong Feng, Jingwei Chen, Wenyuan Wu:
Incremental PSLQ with application to algebraic number reconstruction. 112-113 - James G. Wan:
Hypergeometric generating functions and series for 1/. 114-115 - Johannes Middeke
Annihilating monomials with the integro-differential Weyl algebra. 116-117 - Gavin Harrison, Jeremy Johnson, B. David Saunders:
Probabilistic analysis of Wiedemann's algorithm for minimal polynomial computation. 118-119 - James M. Belk
Implementation of a solution to the conjugacy problem in Thompson's group F. 120-121 - Thomas Wolf, Eberhard Schrüfer, Kenneth Webster:
A linear sparse systems solver (LSSS) applied to the classification of integrable non-abelian laurent ODEs. 122-123 - Abstracts of recent doctoral dissertations in computer algebra. 124-125
- David R. Stoutemyer:
A computer algebra user interface manifesto. 130-165 - Fredrik Johansson:
Arb: a C library for ball arithmetic. 166-169 - Zhonggang Zeng, Tien-Yien Li:
NAClab: a Matlab toolbox for numerical algebraic computation. 170-173 - Erik J. Postma:
The new group theory package in Maple 17. 174-178 - Christoph Koutschan
Holonomic functions in mathematica. 179-182 - Anton Betten:
Classifying discrete objects with orbiter. 183-186 - Erich L. Kaltofen:
Jenks prize 2013 award citation. 187 - Mark Giesbrecht ACM distinguished scientist. 188
- Abstracts of recent doctoral dissertations in computer algebra. 189-190
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