01:26:51

ECS 289A Lecture 6b

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

08:00

ECS 120 5b:9 pumping lemma proof that (01)n(10)n…

ECS 120 5b:9 pumping lemma proof that (01)n(10)n is not regular

03:35

ECS 120 5b:8 pumping lemma proof that 0i1j is not…

ECS 120 5b:8 pumping lemma proof that 0i1j is not regular

05:07

ECS 120 5b:7 pumping lemma proof that 1n2 is not…

ECS 120 5b:7 pumping lemma proof that 1n2 is not regular

02:34

ECS 120 5b:6 pumping lemma proof that uu is not…

ECS 120 5b:6 pumping lemma proof that uu is not regular

02:31

ECS 120 5b:5 closure properties proof that equal…

ECS 120 5b:5 closure properties proof that equal zero-one is not regular

02:21

ECS 120 5b:4 pumping lemma proof that equal…

ECS 120 5b:4 pumping lemma proof that equal zero-one is not regular

04:13

ECS 120 5b:3 example of incorrect use of pumping…

ECS 120 5b:3 example of incorrect use of pumping lemma

07:43

ECS 120 5b:2 pumping lemma proof that 0n1n is not…

ECS 120 5b:2 pumping lemma proof that 0n1n is not regular

05:30

ECS 120 5b:1 pumping lemma for regular languages

31:10

LP Polyhedra-Lec9

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

47:36

LP Polyhedra-Lec7

Fourier-Motzkin applied to Farkas lemma and duality

50:21

LP Polyhedra-Lec6

45:45

Lecture168-Algorithms6.mp4

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