5:08
Theory of Computation: A Beginner's Guide to Automata, Computability, & Complexity
CodeLucky
4:26
Alphabets & Strings: Formal Definitions for Beginners | Theory of Computation
5:19
Mathematical Foundations for Computer Science: Sets, Relations, Functions & Proofs
5:52
Formal Languages & Grammars Explained: Chomsky Hierarchy & Language Operations
3:33
Chomsky Hierarchy Explained: A Beginner's Guide to Formal Languages!
5:34
Regular Languages Explained: Properties, Representations & Examples for Beginners
5:43
Regular Expressions (Regex) Explained Simply for Beginners!
6:10
Finite Automata Explained: Introduction to State Machines for Beginners
5:04
Deterministic Finite Automata (DFA) Explained Simply | Theory of Computation
3:50
NFA Tutorial: Non-deterministic Finite Automata Explained for Beginners!
4:31
ε-NFA Explained: Epsilon Transitions & Conversion to NFA for Beginners
4:18
NFA to DFA Conversion Explained: Subset Construction Algorithm
3:55
Regular Expression to NFA Conversion with Thompson's Construction
5:41
DFA to Regular Expression Conversion: State Elimination vs. Derivation
4:53
Regular Expressions vs Finite Automata: Proving Equivalence!
3:43
DFA Minimization: Myhill-Nerode Theorem & Algorithms Explained!
3:20
Pumping Lemma Explained: Proving Languages are NOT Regular! 🚀
Closure Properties of Regular Languages Explained! (System Design)
3:49
Decision Properties of Regular Languages Explained | Automata Theory Tutorial
5:15
Context-Free Grammars Explained: Definition, Derivations, and Parse Trees (Theory of Computation)
3:58
Context-Free Languages: Properties, Examples & Theory of Computation Explained!
4:41
Chomsky Normal Form (CNF) Explained Simply | Convert CFG to CNF Easily!
4:39
Greibach Normal Form (GNF) Explained: Easy CFG Conversion Tutorial
CYK Algorithm Explained: Context-Free Grammar Parsing for Beginners
4:46
Pushdown Automata (PDA) Explained: Stack Based Computation for Beginners
3:39
DPDA vs NPDA: Deterministic & Non-Deterministic Pushdown Automata Explained!
4:57
CFG to PDA Conversion: Easy Explanation for Beginners!
3:04
Convert PDA to CFG Easily! Pushdown Automata to Context-Free Grammar Conversion Tutorial
3:19
Pumping Lemma for Context-Free Languages (CFLs) Explained Simply!
3:38
Closure Properties of Context-Free Languages: Theory of Computation Explained!
CFL Decision Properties: Decidable & Undecidable Problems Explained! 🚀
3:11
Context-Sensitive Grammars Explained | TOC: Type-1 Grammars & LBA
4:05
Linear Bounded Automata (LBA) Explained Simply | Theory of Computation
2:50
Unrestricted Grammars (Type-0): Turing Machines & Chomsky Hierarchy Explained!
4:24
Turing Machines Explained: Your Easy Guide to Theory of Computation
Turing Machine Configurations Explained: Instantaneous Descriptions & Computation Sequences
3:09
Turing Machine Variants: Multi-Tape, Multi-Head, & Non-Deterministic Explained!
2:32
The Church-Turing Thesis Explained: A Beginner's Guide to Computability
4:28
Decidable Languages Explained: Turing Machines & Decidability
3:06
Undecidable Languages: Exploring the Limits of Computation 🤯
4:34
The Halting Problem Explained: Undecidability in Computer Science
2:53
Rice's Theorem Explained Simply: Undecidability in Computation
Recursively Enumerable Languages (RE): Theory of Computation Explained!
Advanced Computability: Oracle Machines, Turing Degrees & Undecidability
4:15
🚀 Computational Complexity Explained for Beginners | Time & Space Complexity
4:45
Big O Notation Explained: A Beginner's Guide to Understanding Algorithm Complexity
4:19
Demystifying Time Complexity Classes: P, NP, PSPACE, EXPTIME Explained!
4:02
P vs NP: The $1 Million Millennium Prize Problem Explained!
3:22
NP-Complete Problems Explained: Cook-Levin Theorem & Polynomial Reductions
🤯 Cook's Theorem Explained: Proving SAT is NP-Complete for Beginners!
6:11
NP-Complete Problem Examples: SAT, Hamiltonian Path, Vertex Cover & More!
2:52
Polynomial Time Reductions: Karp Reductions & NP-Completeness Explained!
5:56
Approximation Algorithms: Solving NP-hard Problems Efficiently!
3:17
PSPACE & NPSPACE: Space Complexity Classes Explained for Beginners!
3:41
Space Complexity: Savitch's Theorem & Space Hierarchy Explained!
3:54
🔥 Circuit Complexity Explained: Boolean Circuits & Complexity Classes for Beginners
4:37
Interactive Proof Systems Explained: IP, AM, and Complexity Classes
2:57
Probabilistic Turing Machines: A Beginner's Guide to Randomized Computation
4:16
Quantum Computation Basics: Quantum Turing Machines & Complexity Explained!
Parallel Complexity Explained: PRAM Model & Algorithm Analysis for Beginners
Understanding Distributed Complexity: Challenges, Metrics & Models
4:47
Communication Complexity Explained: Intro to Distributed Computation Theory
Fine-Grained Complexity: Unveiling the Nuances of Polynomial Time ⏱️
3:34
Cracking Fine-Grained Complexity: Conditional Lower Bounds & Algorithmic Limits 🚀
6:03
Parameterized Complexity: Solving Hard Problems Efficiently!
3:52
Streaming Algorithms: Handle Big Data with Limited Memory!
Online Algorithms Explained: Competitive Analysis & Real-World Applications
Online Algorithms Explained: Competitive Analysis & Real-World Examples
4:22
Geometric Complexity Explained: Computational Geometry & Algorithms for Beginners
7:45
Geometric Complexity: Algorithms for Beginners
3:45
Algebraic Complexity: Unveiling Computation & Decision Trees 🌳
3:30
Unlocking Algebraic Complexity: Computation & Decision Trees 🧮🌳
4:36
Kolmogorov Complexity Explained: Algorithmic Information Theory for Beginners
3:12
PAC Learning Explained: Computational Learning Theory for Beginners
4:13
Descriptive Complexity: Unveiling the Logic Behind Computation 🧠
6:40
Logic & Computation: First-Order Logic, Decidability, & SAT Solving Explained!
4:54
Pattern Matching with Finite Automata: Theory of Computation Explained!
6:49
Regex Engines Explained: NFA vs DFA with Finite Automata
4:07
Compiler Design: Lexical Analysis & Parsing with Automata Theory (Beginner's Guide)
5:05
Database Query Optimization with Automata Theory: Boost Performance!
3:35
Formal Verification Explained: Model Checking & Program Verification for Beginners
Network Protocol Verification: Formal Methods Explained for Beginners
5:31
Automata Theory & Cryptography: Securing the Digital World 🤖🔐
5:54
Computational Biology: DNA Sequence Analysis & Bioinformatics Explained!
Automata Theory in Practice: Real-World Software Engineering Applications
5:22
Theory of Computation: Real-World Applications & Industry Relevance
4:51
🔥 Recent Advances in Theoretical Computer Science | 2025 Research Trends & Open Problems 🚀
