07:50
ECS 220 5c:6.6 why is it hard to prove P neq NP
09:25
ECS 220 5b:6.6-4 two lemmas and full proof of…
ECS 220 5b:6.6-4 two lemmas and full proof of Ladner_s theorem
07:35
ECS 220 5b:6.6-2 almost proof of Ladner's…
ECS 220 5b:6.6-2 almost proof of Ladner's theorem
07:45
ECS 220 5b:6.6-1 Ladner's theorem, existence…
ECS 220 5b:6.6-1 Ladner's theorem, existence of NP-intermediate problems
06:08
ECS 220 5a:6.4-2 P^SAT and P^NP
08:48
ECS 220 2a:4.2-4 Clique, Independent-Set,…
ECS 220 2a:4.2-4 Clique, Independent-Set, Vertex-Cover
03:43
ECS 120 8c:4 Cook-Levin Theorem if P neq NP, then…
ECS 120 8c:4 Cook-Levin Theorem if P neq NP, then no NP-complete problem is in P
06:53
ECS 120 8b:3 using reductions to bound hardness…
ECS 120 8b:3 using reductions to bound hardness of problems
11:52
ECS 120 8b:2 definition of polynomial-time…
ECS 120 8b:2 definition of polynomial-time reducibility
Errata: starting at 8:30, I show Python code with the function reduction_from_clique_to_independent_set. This should be reduction_from_independent_set_to_clique instead.
07:22
ECS 120 8b:1 reducing IndSet to Clique
09:55
ECS 120 7c:4 example problem in NP - SubsetSum
07:02
ECS 120 7c:3 example problem in NP - Clique
01:09
VEN 101C: Week 6 - Video 1
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