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Computer Proofs for Polynomial Identities in Arbitrary Many Variables

机译:任意多个变量的多项式恒等式的计算机证明

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摘要

We present an algorithm for proving certain families of polynomial identities in which the number of variables appears as a parameter. Typically, indefinite sums and products (possibly nested) are used for defining such polynomial identities, but in principle the definition of the problem may be given in terms of arbitrary polynomial recurrences (possibly nonlinear). An implementation of our algorithm in Mathe-matica was able to verify identities appearing in textbooks, which, to our knowledge, were previously not accessible by any symbolic method. A collection of examples is included in the paper.
机译:我们提出一种算法,用于证明某些多项式恒等式,其中变量的数量作为参数出现。通常,使用不确定的和和乘积(可能是嵌套的)来定义此类多项式恒等式,但是原则上,可以根据任意多项式递归(可能是非线性)来给出问题的定义。在Mathe-matica中我们算法的实现能够验证教科书中出现的身份,据我们所知,以前无法通过任何符号方法访问这些教科书。本文中包含一些示例。

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