Search for tag: "informatics 1"
CL - 18 - rulesThis is a raw video from 2019. I've not yet had time to edit it into chunks. If you have any questions, or find any errors, please let me know on Piazza.This lecture introduces a very important…
From Haoran Peng
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FP - Lecture 19 - Propositions as TypesThis is the last FP video lecture, on Propositions as Types.
From Claudia-Elena Chirita
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CL - 19 - regex DFA NFAThis is a raw video from 2019. I've not yet had time to edit it into chunks. If you have any questions, or find any errors, please let me know on Piazza.
From Haoran Peng
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CL - 17 - regex: Arden's lemmaThis is a raw video from 2019. I've not yet had time to edit it into chunks. If you have any questions, or find any errors, please let me know on Piazza.
From Haoran Peng
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CL - 16 - ε-transitions and the subset constructionThis is a raw video from 2019. I've not yet had time to edit it into chunks. If you have any questions, or find any errors, please let me know on Piazza.
From Haoran Peng
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CL - 15f - R* -- IterationWe construct an NFA for R*; then summarize the algebra of regular expressions.
From Haoran Peng
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CL - 15e - RS -- ConcatenationWe use ε-transitions to connect two NFA and create a machine that recognises the concatenation of their languges.
From Haoran Peng
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CL - 15d - Using ε-transitionsWe present a first example of the use of ε-transitions to concstruct new mahines, and pose a problem to be answered in the following video.
From Haoran Peng
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FP - Lecture 18 - IO and MonadsThis is the second video on the FP lecture on IO and Monads.
From Claudia-Elena Chirita
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CL - 15b - Boolean operations on DFA-Regular LanguagesSince DFA-regular languages are closed under complements and intersections, they are closed under all Boolean operations.
From Haoran Peng
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CL - 15a - Regular Languages (III) : DFA-regularOur third definition: we say a language is DFA-regular if it is the language recognised by some DFA.We show that the complement of a DFA-regular language is DFA-regular.
From Haoran Peng
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CL - 14e - DFA (II)We look at the representation of DFA in Haskell (using lists to represent the sets of the formal definition).In this video the code isDFA is defining what counts as a DFA when we use the black-hole…
From Haoran Peng
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