On squaring and multiplying large integers

D. Zuras
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引用次数: 33

Abstract

Methods of squaring large integers are discussed. The obvious O(n/sup 2/) method turns out to be best for small numbers. The existing /spl ap/ O(n/sup 1.585/) method becomes better as the numbers get bigger. New methods that are /spl ap/ O(n/sup 1.465/) and /spl ap/ O(n/sup 2.404/) are presented. All of these methods can be generalized to multiplication and turn out to be faster than a fast Fourier transform (FFT) multiplication for numbers that can be quite large (>3,000,000 b). Squaring seems to be fundamentally faster than multiplication, but it is shown that T/sub mult/ /spl les/ 2T/sub sq/ + O(n).<>
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大整数的平方和乘法
讨论了大整数的平方方法。显而易见的O(n/sup 2/)方法对于小数是最好的。现有的/spl ap/ O(n/sup 1.585/)方法随着数字的增大而变得更好。提出了新的方法/spl ap/ O(n/sup 1.465/)和/spl ap/ O(n/sup 2.404/)。所有这些方法都可以推广到乘法,并且对于相当大的数字(>3,000,000 b),结果比快速傅里叶变换(FFT)乘法更快。平方似乎从根本上比乘法快,但它表明T/sub mult/ /spl / 2T/sub sq/ + O(n)。
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