Introducing Regular Expressions

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# Coded In 1nk

# Category: Computation Theory

## Computation Theory Module 6: Regular Expressions

## Computation Theory: Syllabus

## Computation Theory 5: Closure of Regular Operations

## Computation Theory 4: Equivalence of Determistic and Nondeterministic Finite Automata

## Computation Theory 3: Nondeterministic and Deterministic

## Computation Theory: Module 2 Computation and Operations

## Computation Theory: Module 1 Finite Automata

That Makes No Sense

Introducing Regular Expressions

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Syllabus for computation theory modules

We prove the closure of regular operations on regular languages.

Proving the equivalence of NFA’s and DFA’s

Covering deterministic and nondeterministic finite automa.

Introduction: In the last module for computation theory we went over what a finite automaton is. We also learned two representations for them, the formal definition and… Read more “Computation Theory: Module 2 Computation and Operations”

Introduction: This is the start of the theoretical portion of reverse engineering. For this portion you will need to have a basic understanding of logical arguments and… Read more “Computation Theory: Module 1 Finite Automata”