International audienceWe extend the notion of randomness (in the version introduced by Schnorr) to computable Probability Spaces and compare it to a dynamical notion of randomness: typicality. Roughly, a point is typical for some dynamic, if it follows the statistical behavior of the system (Birkhoff's pointwise ergodic theorem). We prove that a point is Schnorr random if and only if it is typical for every mixing computable dynamics. To prove the result we develop some tools for the theory of computable probability spaces (for example, morphisms) that are expected to have other applications
In this text we shall be focusing on generalizing Martin-Löf randomness to computable metric spaces ...
AbstractThis paper studies Dawid’s prequential framework from the point of view of the algorithmic t...
AbstractIn this paper, we investigate algorithmic randomness on more general spaces than the Cantor ...
International audienceWe extend the notion of randomness (in the version introduced by Schnorr) to c...
International audienceWe extend the notion of randomness (in the version introduced by Schnorr) to c...
International audienceWe extend the notion of randomness (in the version introduced by Schnorr) to c...
We extend the notion of randomness (in the version introduced by Schnorr) to computable probability ...
We extend the notion of randomness (in the version introduced by Schnorr) to computable Probability ...
International audienceWe extend the notion of randomness (in the version introduced by Schnorr) to c...
<p>This dissertation develops connections between algorithmic randomness and computable analysis. In...
This dissertation develops connections between algorithmic randomness and computable analysis. In th...
The original publication is available at www.springerlink.comInternational audienceWe pursue the stu...
Algorithmic randomness uses computability theory to define notions of randomness for infinite object...
Schnorr randomness is a randomness notion based on Brouwer's concept of a "constructive null set." ...
International audienceWe provide a survey of recent results in computable measure and probability th...
In this text we shall be focusing on generalizing Martin-Löf randomness to computable metric spaces ...
AbstractThis paper studies Dawid’s prequential framework from the point of view of the algorithmic t...
AbstractIn this paper, we investigate algorithmic randomness on more general spaces than the Cantor ...
International audienceWe extend the notion of randomness (in the version introduced by Schnorr) to c...
International audienceWe extend the notion of randomness (in the version introduced by Schnorr) to c...
International audienceWe extend the notion of randomness (in the version introduced by Schnorr) to c...
We extend the notion of randomness (in the version introduced by Schnorr) to computable probability ...
We extend the notion of randomness (in the version introduced by Schnorr) to computable Probability ...
International audienceWe extend the notion of randomness (in the version introduced by Schnorr) to c...
<p>This dissertation develops connections between algorithmic randomness and computable analysis. In...
This dissertation develops connections between algorithmic randomness and computable analysis. In th...
The original publication is available at www.springerlink.comInternational audienceWe pursue the stu...
Algorithmic randomness uses computability theory to define notions of randomness for infinite object...
Schnorr randomness is a randomness notion based on Brouwer's concept of a "constructive null set." ...
International audienceWe provide a survey of recent results in computable measure and probability th...
In this text we shall be focusing on generalizing Martin-Löf randomness to computable metric spaces ...
AbstractThis paper studies Dawid’s prequential framework from the point of view of the algorithmic t...
AbstractIn this paper, we investigate algorithmic randomness on more general spaces than the Cantor ...