| Document Date: 2011-11-27 15:17:33
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City Coventry / / Company Bernstein / NTL / AMD / SM / / Country France / / / Facility Fast Library / Mathematics Institute / University of Warwick / library FLINT / FLINT C library / / IndustryTerm divide-andconquer style algorithms / divide-and-conquer style algorithms / classical algorithm / ordinary classical algorithm / short products / short division algorithm / recursive divide-and-conquer type algorithms / multimodular algorithm / computer algebra systems / improved short division algorithm / classical algorithms / polynomial multiplication algorithm / divide-and-conquer algorithms / short multiplication algorithm / basic algorithm / polynomial composition algorithm / basic divide-and-conquer type algorithm / polynomial division algorithm / opposite short product / recursive algorithm / computing / short product / sized products / / Movie Divide and Conquer / From now on / / NaturalFeature FLINT / / Organization Mathematics Institute / University of Warwick / / Person Victor Shoup / / Position Prime Minister / Author / / ProgrammingLanguage MAGMA computer algebra system / / Technology multimodular algorithm / classical algorithms / divide-and-conquer style algorithms / short multiplication algorithm / improved algorithm / polynomial composition algorithm / ordinary classical algorithm / recursive divide-and-conquer type algorithms / recursive algorithm / two algorithms / main algorithm / recursive Karatsuba-type algorithm / 6 Karatsuba algorithm / basic divide-and-conquer type algorithm / polynomial multiplication algorithm / 8 Algorithm / divide-andconquer style algorithms / Opteron processor / Mulders algorithm / basic algorithm / Karatsuba-type algorithm / divide-and-conquer algorithms / a third recursive algorithm / / URL http /
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Practical divide-and-conquer algorithms for polynomial arithmetic William Hart1? and Andrew Novocin2?? 1 University of Warwick, Mathematics Institute, Coventry CV4 7AL, UK – http://maths.warwick.