The surviving Graxis Wardens try to reveal the truth about the Daleks to a disbelieving galaxy.Īs Kaymee discovers the truth about the plague, Galanar and Elaria discover the truth about themselves.įrey, Kaymee, Haredew, Culver, Elaria, Susan The galaxy is being ravaged by a deadly plague infection and it appears that the Daleks have the cure. Tennant would later go on to star in the revived television series as the tenth incarnation of the Doctor. The Daleks are retreating as the rebellion seems to be succeeding. The Daleks continue their attack on the galaxy.Īlby continues his quest to find Suz, as she and Kalendorf face the Dalek Supreme Commander. The Daleks begin their invasion of the galaxy with an attack on the peaceful Earth Alliance colony of Vega VI. He is also the voice of the Daleks in the 2005 revival of Doctor Who.Įpisodes Series 1 (2001) No. Nicholas Briggs wrote, directed and voices the Daleks in all episodes of this series. This series ties in elements from the Dalek Empire arc in the Doctor Who: The Monthly Range, a storyline containing the releases The Genocide Machine, The Apocalypse Element, The Mutant Phase and The Time of the Daleks. For the in-universe organisation of the Daleks, see History of the Daleks.ĭalek Empire is an audio play series made by Big Finish Productions about the Daleks. 387-403, 1988.This article is about the Big Finish audio play series. "A Pipeline Architecture for Factoring Large Integers with the Quadratic Sieve Method." SIAM J. " Factoring Integers with the Self-Initializing Quadratic Sieve ", M.A. In Number Theoretic and Algebraic Methods in Computer Science, Proc. "Implementing the Self Initializing Quadratic Sieve on a Distributed Network. The implementation of the Multiple Polynomial Quadratic Sieve is based on code by Paul Zimmermann and Scott Contini, and it is described in the following articles.Īlford, W. It increases the efficiency of the method when one of the factors is of the form k m + 1. The pollard base method accepts an additional optional integer k : ifactor ( n, pollard, k ). If the 'easyfunc' option is chosen, the result of the ifactor call will be a product of the factors that were easy to compute, and one or more functions of the form _c_k ( m ) where the k is an integer which preserves the uniqueness of this composite, and m is the composite number itself. If the 'easy' option is chosen, the result of the ifactor call will be a product of the factors that were easy to compute, and one or more names of the form _c||m_k indicating an m -digit composite number that was not factored where the k is an integer which preserves (but does not imply) the uniqueness of this composite. which does no further work, and provides the computed factors. 'morrbril' and 'pollard' (default for Maple 11 and earlier) Shanks' undocumented square-free factorization Morrison and Brillhart's continued fraction method Multiple Polynomial Quadratic Sieve method By default, a mixed method that primarily uses the multiple polynomial quadratic sieve method ( 'mpqsmixed' ) is used as the base method. If a second parameter is specified, the named method will be used when the front-end code fails to achieve the factorization. The expand function may be applied to cause the factors to be multiplied together again. , e m are their multiplicities (negative in the case of the denominator of a rational). , f m are the distinct prime factors of n, and e 1. Ifactor returns the complete integer factorization of n. (optional) additional arguments specific to base method (optional) name of base method for factoring
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