Turing Machine, Linear Bounded Automata and Undecidability | Theory of Computation

📚 *Turing Machine, Linear Bounded Automata (LBA) & Decidability | Theory of Computation | UGC NET CS* In this lecture, we will cover three important topics from *Theory of Computation (TOC)* for UGC NET Computer Science, GATE CS, and university examinations. 🔹 *Topics Covered:* ✅ *Turing Machine (TM)* Formal definition and components of a Turing Machine Transition function and Instantaneous Description (ID) Language accepted by a Turing Machine Designing Turing Machines with examples ✅ *Linear Bounded Automata (LBA)* Definition and working of LBA Difference between Turing Machine and LBA Languages accepted by LBA Connection with Context-Sensitive Languages (CSL) ✅ *Decidability* Decidable and undecidable languages Recursive and Recursively Enumerable (RE) languages Halting Problem Universal Turing Machine (UTM) Important concepts and solved examples 🎯 *For UGC NET CS & GATE Aspirants:* Focus on definitions, conceptual differences, language classes, important results, and previous-year questions (PYQs). 📌 Revise the concepts carefully and practise questions to strengthen your understanding of Theory of Computation. 📺 *Channel:* Code with Harsh Wardhan Keep learning, keep practising, and stay consistent! 🚀 #UGCNET #UGCNETComputerScience #GATECS #TheoryOfComputation #TuringMachine #LinearBoundedAutomata #LBA #Decidability #Undecidability #HaltingProblem #RecursiveLanguages #RecursivelyEnumerable #AutomataTheory #ComputerScience #TOC #PYQ #ComputerScienceLectures #CodeWithHarshWardhan