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computable sets and functions, Turing degrees, c.e. degrees, models of computability, primitive recursion, oracle computation, models of computability, decision problems, undecidability, Turing jump, halting problem, notions of computable randomness, computable model theory, computable equivalence relation theory, arithmetic and hyperarithmetic hierarchy, infinitary computability, $\alpha$-recursion, complexity theory.
3
votes
Automatically generating combinatorial conjectures
Looking into the SAT-solver idea, I noticed many modern solvers have systems for "syntax-guided synthesis:" given a grammar of acceptable primitives, search for a function implemented using those prim …
4
votes
4
answers
464
views
Automatically generating combinatorial conjectures
It very often happens that one reduces a problem to a bunch of combinatorial data, and need to sift through this data for patterns, which form conjectures on which to do "real" mathematics. Problems o …