L17: Using Reductions to Prove Language Undecidable Published 2012-12-12 Download video MP4 360p Recommendations 1:18:05 L11: Church-Turing Thesis and Examples of Decidable Languages 1:21:10 L19: Uncomputable functions, and introduction to complexity 1:18:38 L7: Contex-Free Grammars and Push-Down Automata 07:58 Are There Problems That Computers Can't Solve? 05:09 The Difference Between Islam and Christianity - Jordan Peterson 08:45 Lecture 40/65: Reducibility: A Technique for Proving Undecidability 13:15 Believe Me, Interstellar Travel Is Only A Mere Fantasy! 02:12 Course Introduction 49:35 Start of minimum spanning tree problem 1:20:57 L2: Regular Languages and Non-Deterministic FSMs 10:21 Lecture 41/65: Halting Problem: A Proof by Reduction 17:34 Why the Boötes Void Terrifies Astronomers 49:07 Introduction to the course and algorithm complexity 04:14 The Halting Problem: The Unsolvable Problem 14:12 Erdős–Woods Numbers - Numberphile Similar videos 03:46 Proving Undecidability With Turing Reduction To LHalt 04:21 Undecidable Problems: Reducibility (Part 2) | A Sample Reduction 1:16:37 9. Reducibility 09:00 Emptiness for Turing Machines is Undecidable 07:42 Decidability and Undecidability 02:27 An Undecidable Language - Georgia Tech - Computability, Complexity, Theory: Computability 25:19 Recitation 13 0428 Prove a language is undecidable—Diagonalization, Reduction, Rice theorem—examples 02:28 Which Reductions Work? Solution Georgia Tech - Computability, Complexity, Theory: Computability 14:36 Lecture 37/65: Languages That are Not Turing Recognizable 1:28:35 CSC 333 HW10 - Decidability and Reducibility More results