The expression is in the context of computational complexity, and indeed it is used in "big-O" notation throughout the paper. Basically, the base does not matter since they are considering things "asymptotically".Quote:
Originally Posted by gardhr
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The expression is in the context of computational complexity, and indeed it is used in "big-O" notation throughout the paper. Basically, the base does not matter since they are considering things "asymptotically".Quote:
Originally Posted by gardhr
The equation in question relates to the actual lower bound of trial number bases, not the complexity of the algorithm. Or am I reading it wrongly?
"For an integer n , let G(n) denote the smallest x such that the
primes < x generate the multiplicative group modulo n . We offer heuristic
arguments and numerical data supporting the idea that
G(n) < (log 2)^-1 log n log log n"