Let N(T, V) be the number of integral points in V, lying ina ball BT of radiusT about the origin in Rm. The asymptotic behaviour of N(T, V) can be computed in two different ways. First, by the classical Hardy-Littlewood method, which in its simplest form is valid when m > 5 and for rn 4 requires Kloosterman’s method of"leveling" [E], we have
Let N(T, V) be the number of integral points in V, lying ina ball BT of radiusT about the origin in Rm. The asymptotic behaviour of N(T, V) can be computed in two different ways. First, by the classical Hardy-Littlewood method, which in its simplest form is valid when m > 5 and for rn 4 requires Kloosterman’s method of"leveling" [E], we have
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