Titlebook: Revolutions and Revelations in Computability; 18th Conference on C Ulrich Berger,Johanna N. Y. Franklin,Arno Pauly Conference proceedings 2

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,Proof Complexity of?Monotone Branching Programs,-transition between two nodes, there is also a 1-transition. Positive NBPs compute monotone Boolean functions, like negation-free circuits or formulas, but constitute a positive version of (non-uniform) ., rather than . or ., respectively..The proof complexity of NBPs was investigated in previous wo

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Enumerating Classes of Effective Quasi-Polish Spaces, of these classes, in analogy with the numberings of classes of algebraic structures popular in computability theory. We estimate the complexity of (effective) homeomorphism w.r.t. these numberings, and of some natural index sets. In particular, we give precise characterizations of the complexity of

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,Maps of?Restrictions for?Behaviourally Correct Learning,e hypotheses made by the learners. We compare such restrictions with each other in order to study their impact and depict the results in overviews, the so-called .. In?the case of . learning, the literature already provides various maps..On the other hand, in the case of . learning, only partial res

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,Processing Natural Language with?Biomolecules: Where Linguistics, Biology and?Computation Meet,not yet provided universal accepted theories about how language is acquired and processed, but also for computer science that has not found a satisfactory computational model for processing natural language. The interplay between linguistics, biology and computation can provide a new paradigm where

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