Download The Complete Theory of Computation

What you would learn in The Complete Theory of Computation course?

The most comprehensive, thorough Theory of Computation course online.

If you'd like to:

Learn the computer science capabilities you require to move into the Computer Science field

- move to a more senior software developer position

Becoming a computer scientist, mastering computation

Learn the theory of computation to design your advanced software

...this entire Theory of Computation Masterclass is the class you'll have to complete all of this and much more.

This course will provide you with all the Theory of Computation knowledge and abilities required to be a professional developer. When you finish the course, you'll be able to comprehend the Theory of Computation exceptionally well and be able to create the computations you want to build and be efficient as an expert in computer science as well as a software engineer.

What is it that makes this course a best-selling course?

Like you, thousands of other people were tired of the lack of Youtube tutorials, insufficient or obsolete courses that assume that you already know a lot of information, and heavy, college-style textbooks designed to knock even the most caffeine-fueled programmer to the sack.

Like you, they're fed up with low-quality classes, poorly-described topics, and confusing information presented inappropriately. Many students find satisfaction in this comprehensive Theory of Computation course. It's designed with ease and seamless progression throughout its contents.
This course is based on no prior programming experience and will take you starting from the basics of absolute beginners. You will master the essential computational skills and become proficient in the science of computers. It's the perfect place to master the Theory of Computation, and you can do that anytime if you'd like to expand beyond the basics.

Here's a small sample of what you'll be learning

(It's okay not fully grasp this information yet, but you will understand it in the future.)

Programming Language Theory (PLT)
Turing Machines
Finite Automata
Non-Regular Languages
The Equivalence of NFA and DFA
Linear Equations between Languages
Deterministic Pushdown Automata
Nondeterministic Pushdown Automata
Closing properties for CFLs and DCFLs
Bidirectional Automata
Chomsky Hierarchy
Substitutions and Morphisms for Regular Languages
Compatibility of Functions
NP-complete problems
Computational Reductions
Rice's theorem
Theorems about S-MN
Minimization Algorithm

Course Content:

Learn to describe languages using formal systems like automata and grammar that are context-free
Learn the basics of Turing machines
Be aware of the capabilities and limitations of computing
Mastering the art of solving NP entire problems
Learn about the concept of Finite Automata and Bidirectional Automata in detail: DFA, NFA, PDA and more!
Learn to categorize problems in the Chomsky hierarchy
Learn about the classification of issues involving decidability.
Learn the Morphisms and Substitutions of Regular Languages
A plethora of exercises that are practical and include answers and questions