Paul Zimmermann

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For the German blacksmith, see Paul Zimmermann (blacksmith).
Paul Zimmermann, January 2006

Paul Zimmermann (born November 13, 1964) is a French computational mathematician, working at INRIA.

His interests include asymptotically fast arithmetic—he wrote a book[1] on algorithms for computer arithmetic with Richard Brent. He has developed some of the fastest available code for manipulating polynomials over GF(2),[2] and for calculating hypergeometric constants to billions of decimal places.[3] He is associated with the CARAMEL project to develop efficient arithmetic, in a general context and in particular in the context of algebraic curves of small genus; arithmetic on polynomials of very large degree turns out to be useful in algorithms for point-counting on such curves. He is also interested in computational number theory. In particular, he has contributed to some of the record computations in integer factorisation [4] and discrete logarithm.[5]

He has been an active developer of the GMP-ECM implementation of the elliptic curve method for integer factorisation and of MPFR, an arbitrary precision floating point library with correct rounding.

Zimmermann's Erdős number is 2.

In a 2014 blog post,[6] Zimmerman said that he would refuse invitations to review papers submitted to gold (author-pays) open access and hybrid open access journals, because he disagrees with the publication mechanism.

References[edit]

  1. ^ P. Zimmermann; R.Brent. "Modern Computer Arithmetic". 
  2. ^ Paul Zimmermann; Richard P. Brent; Pierrick Gaudry; Emmanuel Thomé (2008). Poorten, Alfred J.; Stein, Andreas, eds. "Faster Multiplication in GF(2)[x]". Proceedings of ANTS-VIII. Lecture Notes in Computer Science 5011: 153–166. doi:10.1007/978-3-540-79456-1. ISBN 978-3-540-79455-4. 
  3. ^ Paul Zimmermann; Howard Cheng; Guillaume Hanrot; Emmanuel Thomé; Eugene Zima (2007). C W Brown, ed. Time- and Space-Efficient Evaluation of Some Hypergeometric Constants. Proceedings of International Symposium on Symbolic and Algebraic Computation (ISSAC) 2007. pp. 85–91. 
  4. ^ Cryptology ePrint Archive: Report 2010/006
  5. ^ Cryptology ePrint Archive: Report 2013/197
  6. ^ P. Zimmermann. "Why I refuse to review papers submitted to open-access and hybrid journals?". 

External links[edit]