Abstract
Let be an infinite compact metric space with finite covering dimension and let be two minimal homeomorphisms. We prove that the crossed product -algebras and $C(X)\rtimes_\belta\Z$ are isomorphic if and only if they have isomorphic Elliott invariant. In a more general setting, we show that if is an infinite compact metric space and if is a minimal homeomorphism such that has mean dimension zero, then the tensor product of the crossed product with a UHF-algebra of infinite type has generalized tracial rank at most one. This implies that the crossed product is in a classifiable class of amenable simple -algebras.
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