THE GAUSS CIRCLE PROBLEM (the classical exponent 13 ) Notes by Tim Jameson Notation We write bxc for the integer part of x, the unique integer such that bxc ≤ x < bxc 1, and {x} for the fractional part x − bxc. On - Gauss circle problem - Document - PDFSEARCH.IO

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	THE GAUSS CIRCLE PROBLEM (the classical exponent 13 ) Notes by Tim Jameson Notation We write bxc for the integer part of x, the unique integer such that bxc ≤ x < bxc + 1, and {x} for the fractional part x − bxc. On Add to Reading List Document Date: 2013-12-02 05:16:51 Open Document File Size: 126,69 KB Share Result on Facebook Person Tim Jameson / Graham Jameson / Hardy / Note / / SocialTag Fourier analysis Bessel function Bernoulli polynomials Continuous function Derivative Exponentiation Heat equation Multiple integral Mathematical analysis Mathematics

THE GAUSS CIRCLE PROBLEM (the classical exponent 13 ) Notes by Tim Jameson Notation We write bxc for the integer part of x, the unique integer such that bxc ≤ x < bxc + 1, and {x} for the fractional part x − bxc. On Add to Reading List