Exploring Noc21 Cs49 Lec13
Exploring Noc21 Cs49 Lec13 reveals several interesting facts.
- Proved that directed Hamiltonian path problem is NP-complete. The class coNP. Complete problem (SAT). Discussed why ...
- Completed proof of Immerman-Szelepscenyi Theorem. The Polynomial Hierarchy - motivation for studying, definition.
- Definition of Boolean circuits, families of circuits and the circuit class SIZE(T(n)). Notion of depth of a circuit. The class P/poly and ...
- Showed C(EQ)≥n using the fooling set method.
- L-uniform circuit families. Showed that there exists functions that require exponential size circuits (Shannon's Theorem). Showed ...
In-Depth Information on Noc21 Cs49 Lec13
Proof of Σp2=NPSAT. Introduction to Boolean circuits. Set Lower Bound Protocol and Graph Non-Isomorphism is in AM. the proof by Razborov and Smolensky. For more information about Stanford's online Artificial Intelligence programs visit: https://stanford.io/ai This lecture covers: 1.
BPP ⊆Σp2∩Πp2. The logspace classes BPL and RL. Undirected reachability in RL.
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