In mathematical logic, specifically computability theory, a function is sequentially computable if, for every of real numbers, the sequence is also computable. A function is effectively uniformly continuous if there exists a recursive function such that, if then A real function is computable if it is both sequentially computable and effectively uniformly continuous, Let be a subset of A function is sequentially computable if, for every -tuplet of computable sequences of real numbers such that the sequence is also computable.
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