Search for tag: "cnf"

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13.b duration 13 minutes 39 seconds 13.b 13.b	13.b The second video on the first Inf2d lecture on Resolution. inf2d reasoning and agents artificial intelligence resolution clauses base knowledge sentence algorithm negation x. conjunction step clause alpha literals animal cnf variables inference diagram query quantifier From Claudia-Elena Chirita 0 likes 192 plays 0 Course Code INFR08010 Licence Type All rights reserved The University of Edinburgh Language English
CL - 14a - Tseytin Week 9 duration 6 minutes 28 seconds CL - 14a - Tseytin Week 9 CL - 14a - Tseytin Week 9	CL - 14a - Tseytin Week 9 In the second video, we show how the Tesytin procedure can be implemented elegantly in Haskell. inf1a introduction to computation informatics 1 computation and logic expression form thing wire gate character clausal pattern bit function variables cnf patent matching characters haskell formula circuit transform subformula From Haoran Peng 0 likes 297 plays 0 Course Code INFR08025 Licence Type All rights reserved The University of Edinburgh Language English
CL - 11e - CNF by KM (II) duration 48 seconds CL - 11e - CNF by KM (II) CL - 11e - CNF by KM (II)	CL - 11e - CNF by KM (II) Description Pending informatics 1 computation and logic inf1a introduction to computation half tomorrow exam literals clause problems cnf times gates logic formulae bottom ore orange o. maps From Haoran Peng 0 likes 206 plays 0 Course Code INFR08025 Licence Type All rights reserved The University of Edinburgh Language English
CL - 11d - Tseytin duration 7 minutes 13 seconds CL - 11d - Tseytin CL - 11d - Tseytin	CL - 11d - Tseytin Description Pending inf1a introduction to computation informatics 1 computation and logic clauses gate circuit gates output inputs clause expression values formula cnf pll variable algebra wires unit variables equation wire linear From Haoran Peng 0 likes 314 plays 0 Course Code INFR08025 Licence Type All rights reserved The University of Edinburgh Language English
CL - 11b - CNF by Boolean algebra duration 9 minutes 29 seconds CL - 11b - CNF by Boolean algebra CL - 11b - CNF by Boolean algebra	CL - 11b - CNF by Boolean algebra Description Pending inf1a introduction to computation informatics 1 computation and logic times cnf thing things lists stage function thinking side g. law arguments bottom literals negations language haskell languages property library From Haoran Peng 0 likes 268 plays 0 Course Code INFR08025 Licence Type All rights reserved The University of Edinburgh Language English
CL - 9c - DPLL II duration 3 minutes 54 seconds CL - 9c - DPLL II CL - 9c - DPLL II	CL - 9c - DPLL II We return to the example introduced in the previous video, and begin to represent the problem in Haskell. inf1a computation and logic informatics 1 introduction to computation literals things lists disjunction thing evaluation negation atom language problem words cnf valuation clauses disjunctions forms haskell algorithms bit rule From Haoran Peng 0 likes 267 plays 0 Course Code INFR08025 Licence Type All rights reserved The University of Edinburgh Language English
CL - 9b - Sudoku III duration 4 minutes 40 seconds CL - 9b - Sudoku III CL - 9b - Sudoku III	CL - 9b - Sudoku III Sudoku is just a game, but it a good, accessible example of a type of problem that of great practical significance. Here we discuss the Sudoku problem within this wider context. inf1a introduction to computation informatics 1 computation and logic problem sudoku rules sat memory things solution intel bytes square cnf problems squares pounds chip solvers kilo times hardware couple From Haoran Peng 0 likes 263 plays 0 Course Code INFR08025 Licence Type All rights reserved The University of Edinburgh Language English
CL - 9a - Recap duration 10 minutes 26 seconds CL - 9a - Recap CL - 9a - Recap	CL - 9a - Recap This video is a brief recap of most of the logic we have covered so far. You may find it useful, to jog your memory and check your understanding. inf1a introduction to computation informatics 1 computation and logic things gamma rules thing rule counterexample delta algorithm cnf left end notation operations words syllogisms problems hours reduction operation examples From Haoran Peng 0 likes 362 plays 0 Course Code INFR08025 Licence Type All rights reserved The University of Edinburgh Language English
CL - 6g - CNF II duration 4 minutes 36 seconds CL - 6g - CNF II CL - 6g - CNF II	CL - 6g - CNF II This video shows how to use a Karnaugh map to represent an arbitrary Boolean function of four variables as a conjunctive normal form (CNF) — a conjunction of disjunctions of literals. inf1a introduction to computation informatics 1 computation and logic cnf conjunctive normal form things blocks zeros power notation form block descriptions lots pit ways row holes disjunctive writing elements conjuncts dnf disjunct From Haoran Peng 0 likes 394 plays 0 Course Code INFR08025 Licence Type All rights reserved The University of Edinburgh Language English
CL - 6f - CNF I duration 4 minutes 36 seconds CL - 6f - CNF I CL - 6f - CNF I	CL - 6f - CNF I This video shows how blocks of zeros, which correspond to disjund=ctions of literals, lead us to conjunctive normal form (CNF) which we met earlier as the output of our reduction procedure. CNF is in… inf1a introduction to computation informatics 1 computation and logic cnf conjunctive normal form things form zeros row problem sudoku thing lots pattern disjunction pit blocks block constraints possibilities sorts problems requirements weights From Haoran Peng 0 likes 470 plays 0 Course Code INFR08025 Licence Type All rights reserved The University of Edinburgh Language English