07:03

ECS 220 7b:7.3-4 a universal partial recursive…

ECS 220 7b:7.3-4 a universal partial recursive function

05:26

ECS 220 6c:7.2-4 Gödel’s…

ECS 220 6c:7.2-4 GÃ¶delâ€™s Incompleteness Theorem (consistency)

06:36

ECS 220 6c:7.2-3 Gödel’s…

ECS 220 6c:7.2-3 GÃ¶delâ€™s Incompleteness Theorem (soundness)

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

02:14

ECS 220 4c:6.3-4 P vs. NP vs. EXP…

ECS 220 4c:6.3-4 P vs. NP vs. EXP nondeterministic time hierarchy theorem

07:37

ECS 220 4c:6.3-3 simulation slowdown and the Time…

ECS 220 4c:6.3-3 simulation slowdown and the Time Hierarchy Theorem

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

12:07

ECS 120 8c:3 definition of NP-completeness

01:16

ECS 120 8a:2 P versus NP versus EXP

ECS 120 7c:5 the P vs NP question

08:06

ECS 120 7a:1 time complexity classes and the Time…

ECS 120 7a:1 time complexity classes and the Time Hierarchy Theorem

01:02:53

zoom_0304(ESP 162 -Live lecture)

31:10

LP Polyhedra-Lec9

Weyl-Minkowski's theorem proved using Fourier Motzkin elimination and Polarity of cones.

32:16

LP Polyhedra-Lec8

47:36

LP Polyhedra-Lec7

Fourier-Motzkin applied to Farkas lemma and duality

45:08

LP Polyhedra-Lec3.mp4

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