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New binomial bent functions over the finite fields of odd characteristic

机译:奇特性有限域上的新二项式弯曲函数

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The p-ary binomial function f(x) mapping GF(p4k) to GF(p) given by f(x) = Tr4k equations is proven to be a weakly regular bent function and the exact value of its Walsh transform coefficients is found. This is the first proven infinite class of nonquadratic generalized bent functions over the fields of an arbitrary odd characteristic. The proof is based on a few new results in the area of exponential sums and polynomials over finite fields that may also be interesting as independent problems. Finally, we characterize the size of a cyclotomic coset containing the exponent of a monomial bent functions (the same result holds in a binomial case) and provide numerical data.
机译:由f(x)= Tr 4k 方程给出的将GF(p 4k )映射到GF(p)的p元二项函数f(x)被证明是求出了弱正则弯曲函数及其沃尔什变换系数的精确值。这是在任意奇特性的域上的非二次广义弯曲函数的第一个证明的无穷大类。该证明是基于有限域上的指数和和多项式领域中的一些新结果,这些结果也可能作为独立问题而引起人们的兴趣。最后,我们表征了包含单项折函数的指数(在二项式情况下,相同的结果)的一个环联陪集的大小,并提供了数值数据。

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