Media Summary: Remember: you can't spell finite automaton without "tomato" In this video I mention "Turing Complete"-ness and "Turing ... In this video I demonstrate the proof of the Krohn-Rhodes Theorem, that the truncated input-to-run maps for arbitrary DFAs can be ... In order to do useful things with finite state automata, it would be nice to be able to provide several different inputs. In this video, I ...

Regular Languages And Model Theory - Detailed Analysis & Overview

Remember: you can't spell finite automaton without "tomato" In this video I mention "Turing Complete"-ness and "Turing ... In this video I demonstrate the proof of the Krohn-Rhodes Theorem, that the truncated input-to-run maps for arbitrary DFAs can be ... In order to do useful things with finite state automata, it would be nice to be able to provide several different inputs. In this video, I ... In this bonus video, I present a characterization of the In this video I demonstrate a collection of applications of the logical compactness theorem, a consequence of the In order to understand the functions of WS1S, we're going to need to understand

I wanted to make a quick video about various ways of thinking about generic finite monoids: as abstract multiplication tables, ... In this bonus episode, I review and take advantage of our many different perspectives on the My goal with this series of videos is to demonstrate a variety of very distinct ways of characterizing

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Regular Languages and Model Theory 1: Finite Automata
Regular Languages and Model Theory 28: The Krohn-Rhodes Theorem
Regular Languages
1. Introduction, Finite Automata, Regular Expressions
Regular Languages and Model Theory 2: Regular Relations and Leaving Automata Running
Regular Languages and Model Theory 7.5: Generating the Regular Languages
Nonregular languages: How to use the Pumping Lemma
Regular Languages and Model Theory 16: Compactness
Regular Languages and Model Theory 26: Regular Functions
Regular Languages and Model Theory 27: Finite Monoids
Regular Languages and Model Theory 10.5: First-Order Expressiveness of WS1S
Regular Languages and Model Theory 5: Monoids
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Regular Languages and Model Theory 1: Finite Automata

Regular Languages and Model Theory 1: Finite Automata

Remember: you can't spell finite automaton without "tomato" In this video I mention "Turing Complete"-ness and "Turing ...

Regular Languages and Model Theory 28: The Krohn-Rhodes Theorem

Regular Languages and Model Theory 28: The Krohn-Rhodes Theorem

In this video I demonstrate the proof of the Krohn-Rhodes Theorem, that the truncated input-to-run maps for arbitrary DFAs can be ...

Regular Languages

Regular Languages

TOC:

1. Introduction, Finite Automata, Regular Expressions

1. Introduction, Finite Automata, Regular Expressions

MIT 18.404J

Regular Languages and Model Theory 2: Regular Relations and Leaving Automata Running

Regular Languages and Model Theory 2: Regular Relations and Leaving Automata Running

In order to do useful things with finite state automata, it would be nice to be able to provide several different inputs. In this video, I ...

Regular Languages and Model Theory 7.5: Generating the Regular Languages

Regular Languages and Model Theory 7.5: Generating the Regular Languages

In this bonus video, I present a characterization of the

Nonregular languages: How to use the Pumping Lemma

Nonregular languages: How to use the Pumping Lemma

We know that all

Regular Languages and Model Theory 16: Compactness

Regular Languages and Model Theory 16: Compactness

In this video I demonstrate a collection of applications of the logical compactness theorem, a consequence of the

Regular Languages and Model Theory 26: Regular Functions

Regular Languages and Model Theory 26: Regular Functions

In order to understand the functions of WS1S, we're going to need to understand

Regular Languages and Model Theory 27: Finite Monoids

Regular Languages and Model Theory 27: Finite Monoids

I wanted to make a quick video about various ways of thinking about generic finite monoids: as abstract multiplication tables, ...

Regular Languages and Model Theory 10.5: First-Order Expressiveness of WS1S

Regular Languages and Model Theory 10.5: First-Order Expressiveness of WS1S

In this bonus episode, I review and take advantage of our many different perspectives on the

Regular Languages and Model Theory 5: Monoids

Regular Languages and Model Theory 5: Monoids

Model theory

Regular Languages and Model Theory 4: Regular Expressions

Regular Languages and Model Theory 4: Regular Expressions

My goal with this series of videos is to demonstrate a variety of very distinct ways of characterizing