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15:27 Efficient Fixpoint Computation for Abstract… Efficient Fixpoint Computation for Abstract Interpretation	Efficient Fixpoint Computation for Abstract Interpretation Abstract interpretation is a general framework for expressing static program analyses. It reduces the problem of extracting properties of a program to computing an approximation of the least fixpoint… point computation strategy memory wto algorithm graph iteration analysis loop points checks approach dependency equations stabilization efficiency mutation values equation From Aditya Thakur on April 8th, 2021 0 likes 0 plays 0
11:26 ECS 220 7b:7.3-1 primitive recursive functions… ECS 220 7b:7.3-1 primitive recursive functions and Bloop	ECS 220 7b:7.3-1 primitive recursive functions and Bloop times functions function loop inputs input output loops base successor programming multiplication y. recursion bit language recursive addition lot words From David Doty on March 21st, 2021 0 likes 1 plays 0
09:01 ECS 220 7b:7.3-3 μ-recursive and partial… ECS 220 7b:7.3-3 μ-recursive and partial recursive functions	ECS 220 7b:7.3-3 μ-recursive and partial recursive functions functions function language input programs inputs recursion programming loop bloop python algorithm mu diagonalization air thing sense terminology middle answer From David Doty on March 21st, 2021 0 likes 1 plays 0
10:18 ECS 220 7b:7.3-2 Ackermann function ECS 220 7b:7.3-2 Ackermann function	ECS 220 7b:7.3-2 Ackermann function function functions thing arrow input ackermann recursive loop loops row level times characterization ai multiplication addition stack diagonal rows titration From David Doty on March 21st, 2021 0 likes 2 plays 0
09:51 ECS 220 7a:7.6-1 counter machine definition and… ECS 220 7a:7.6-1 counter machine definition and examples	ECS 220 7a:7.6-1 counter machine definition and examples counter loop machine times counters increment words decrement machines input lot definition d. b. function a. increments output shorthand test From David Doty on March 21st, 2021 0 likes 1 plays 0
11:33 ECS 220 6b:7.2-3 computable enumerability ECS 220 6b:7.2-3 computable enumerability	ECS 220 6b:7.2-3 computable enumerability proof input numbers p. characterization w. inputs steps enumerator amount problems loop direction verifier halts answer instance fact problem np From David Doty on March 21st, 2021 0 likes 1 plays 0
10:31 ECS 220 2a:4.2-2 k-SAT for k=1,2,3 ECS 220 2a:4.2-2 k-SAT for k=1,2,3	ECS 220 2a:4.2-2 k-SAT for k=1,2,3 clause clauses negation arrow literals formula cnf variables assignment variable p. loop graph sat reachability arrows cycle edges node b. From David Doty on March 21st, 2021 0 likes 18 plays 0
09:09 ECS 120 10b:3 diagonalization to show the halting… ECS 120 10b:3 diagonalization to show the halting problem is undecidable	ECS 120 10b:3 diagonalization to show the halting problem is undecidable input algorithm string source diagonalization halts argument inputs object loop loops programs opposite function definition contradiction problem diagonal row kth From David Doty on March 20th, 2021 0 likes 3 plays 0
07:02 ECS 120 7c:3 example problem in NP - Clique ECS 120 7c:3 example problem in NP - Clique	ECS 120 7c:3 example problem in NP - Clique clique size nodes graph verifier pairs problem input words pair problems iteration iterations loop g. threshold linear execution ways python From David Doty on March 20th, 2021 0 likes 1 plays 0
11:51 ECS 120 7b:4 polynomial-time verifier for HamPath ECS 120 7b:4 polynomial-time verifier for HamPath	ECS 120 7b:4 polynomial-time verifier for HamPath path nodes node problem graph length edges loop repetitions checks language hamiltonian edge algorithm iterations e. note elements pair input From David Doty on March 20th, 2021 0 likes 2 plays 0
07:37 ECS 120 7b:3 Optional example problem in P -… ECS 120 7b:3 Optional example problem in P - EulerianGraph	ECS 120 7b:3 Optional example problem in P - EulerianGraph degree nodes cycle graph edge loop node edges iterations graphs call iteration end sum component technicality neighbors thing times amount From David Doty on March 20th, 2021 0 likes 1 plays 0
06:23 ECS 120 7b:1 example problem in P - RelPrime ECS 120 7b:1 example problem in P - RelPrime	ECS 120 7b:1 example problem in P - RelPrime log algorithm base length numbers mod integers iterations y. string divisor problem remainder half loop distance iteration shortcut divisors egypt From David Doty on March 20th, 2021 0 likes 2 plays 0
13:50 ECS 120 7a:4 example problem in P - Path ECS 120 7a:4 example problem in P - Path	ECS 120 7a:4 example problem in P - Path graph node path nodes edges loop edge queue algorithm breadth problem iteration neighbors function pairs thing times question lot arrow From David Doty on March 20th, 2021 0 likes 1 plays 0
11:34 ECS 120 6a:1 languages decided-recognized by TMs ECS 120 6a:1 languages decided-recognized by TMs	ECS 120 6a:1 languages decided-recognized by TMs turing machine strings terrain language term machines algorithm languages string dfa problem word input definition algorithms answer accept loop lot From David Doty on March 20th, 2021 0 likes 1 plays 0
06:54 EEC 195B: Autonomous Car Project (Team 3) EEC 195B: Autonomous Car Project (Team 3)	EEC 195B: Autonomous Car Project (Team 3) Video detailing Team 3's process for the Autonomous Car Senior Design Project. camera motor blobs finish track motors board problem speed pwm team error loop bridge interface dc signals control chassis pcb From Andrea Anaya on March 19th, 2021 0 likes 6 plays 0
52:41 ECS 235B, Winter 2021; Lecture #23; March 1, 2021 ECS 235B, Winter 2021; Lecture #23; March 1, 2021	ECS 235B, Winter 2021; Lecture #23; March 1, 2021 Foundations of Computer and Information Security. This covers compile-time (static) and execution-time (dynamic) information flow analysis. The class starts at 2:55 into the video. class flow statement variables things pc stack loop blocks statements thing certification exception path block flows error variable condition point From Matt Bishop on March 2nd, 2021 0 likes 7 plays 0