Theory of Computation | CS & IT | GATE 2026 Preparation Ultimate Course
Master the Machinery of Minds: Dive Deep into Turing, Context-Free, and Regular Languages for GATE 2026!
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What you'll learn
- Understand the foundational principles of Turing machines and their applications.
- Apply context-free grammar algorithms to analyze language structures.
- Translate regular expressions to minimize deterministic finite automata effectively.
- Evaluate the properties of Moore and Mealy machines in computational contexts.
This course includes
- 62.5 hours of video
- Certificate of completion
- Access on mobile and TV
Course content
1 modules • 45 lessons • 62.5 hours of video
Comprehensive Theory of Computation Crash Course for GATE 2026
45 lessons
• 62.5 hours
Comprehensive Theory of Computation Crash Course for GATE 2026
45 lessons
• 62.5 hours
- Theory of Computation | Turing Machines 05 : Church Turing Thesis | CS, IT | GATE 2026 Crash Course 49:53
- Theory of Computation | Turing Machines 04 : Turing Transducer | CS & IT | GATE 2026 Crash Course 56:26
- Theory of Computation | Turing Machines 03 : Language to Machine | CS & IT | GATE 2026 Crash Course 53:21
- Theory of Computation | Turing Machines 02 | Machine to Language | CS & IT | GATE 2026 Crash Course 10:06
- Theory of Computation | Turing Machines 01 : Turing Machine Theory | CS, IT | GATE 2026 Crash Course 57:57
- Theory of Computation | Context Free Languages 17 | CFG Algorithm | CS & IT | GATE 2026 Crash Course 38:19
- Theory of Computation | CFL 16 | Membership (Part 02) | CS & IT | GATE 2026 Crash Course 59:57
- Theory of Computation | CFL 15 | Membership (Part 01) | CS & IT | GATE 2026 Crash Course 59:29
- Theory of Computation | CFL 14 | Ambiguous Grammar | CS & IT | GATE 2026 Crash Course 01:02:14
- Theory of Computation | Context Free Language 13 | CFG (Part 11) | CS & IT | GATE 2026 Crash Course 59:30
- Theory of Computation | Context Free Language 12 | CFG (Part 10) | CS & IT | GATE 2026 Crash Course 59:11
- Theory of Computation | Context Free Language 11 | CFG Part 9 | CS & IT | GATE 2026 Crash Course 59:08
- Theory of Computation | Context Free Language 10 | CFG (Part 8) | CS & IT | GATE 2026 Crash Course 58:16
- Theory of Computation | Context Free Language 09 | CFG Part 7 | CS & IT | GATE 2026 Crash Course 49:27
- Theory of Computation | Context Free Language 08 | CS & IT | GATE 2026 Crash Course 01:28:03
- Theory of Computation | Context Free Languages 07 : CFG (Part 5) | CS & IT | GATE 2026 45:22
- Theory of Computation | Context Free Languages 06 : CFG (Part 4) | CS & IT | GATE 2026 01:14:12
- Theory of Computation | Context Free Languages 05 : CFG (Part 3) | CS & IT | GATE 2026 01:00:56
- Theory of Computation | Context Free Languages 04 : CFG (Part 2) | CS & IT | GATE 2026 01:26:05
- Theory of Computation | Context Free Languages 03 : CFG (Part 1) | CS & IT | GATE 2026 01:02:20
- Theory of Computation | Context Free Languages 02 : PDA (Part 02) | CS & IT | GATE 2026 Preparation 01:00:09
- Theory of Computation | Context Free Languages 01 : PDA (Part 01) | CS & IT | GATE 2026 01:16:42
- Theory of Computation | Regular Languages 20 : Moore & Mealy Machines Part 03 | CS & IT | GATE 2026 01:02:00
- Theory of Computation | Regular Languages 19 | Moore & Mealy Machines Part 02 | CS & IT | GATE 2026 01:44:27
- Theory of Computation | Regular Languages 18 | Moore and Mealy Machines | CS & IT | GATE 2026 01:24:39
- Theory of Computation | Regular Languages 17 | RBR Tables Part 02 | CS & IT | GATE 2026 Preparation 01:49:16
- Theory of Computation | Regular Languages 16 | RBR Tables | CS & IT | GATE 2026 Preparation 02:11:50
- TOC | Regular Languages 15 | Pumping Lemma and Myhill Nirode Theorem | CS & IT | GATE 2026 31:07
- Theory of Computation | Regular Languages 14 | Regular or Not | CS & IT | GATE 2026 Preparation 01:18:20
- TOC | Regular Languages 13 | RBR Rules To Decide A Language Is Regular Or Not | CS & IT | GATE 2026 01:54:54
- Theory of Computation | Regular Languages 12 | Minimisation of DFA | CS & IT | GATE 2026 Preparation 01:53:08
- TOC | Regular Languages 11 | Conversation of NFA to DFA | CS & IT | GATE 2026 Preparation 02:23:33
- TOC | Regular Languages 10 | Minimisation of Finite Automata 02 | CS & IT | GATE 2026 Preparation 02:21:17
- TOC | Regular Languages 09 | Minimisation of Finite Automata | CS & IT | GATE 2026 Preparation 02:27:02
- TOC | Regular Languages 08 | Properties of Regular Expressions 02 | CS & IT | GATE 2026 Preparation 02:32:32
- TOC | Regular Languages 07 | Properties of Regular Expressions | CS & IT | GATE 2026 Preparation 02:30:22
- Theory of Computation | Regular Languages 06 | Properties of Regular Languages | CS & IT | GATE 2026 02:30:07
- Theory of Computation | Regular Languages 05 | Regular Expression | CS & IT | GATE 2026 Preparation 02:28:53
- Theory of Computation | Regular Languages 04 | NFA (Part 2) | CS & IT | GATE 2026 Preparation 02:29:28
- Theory of Computation | Regular Languages 03 | NFA | CS & IT | GATE 2026 Preparation 46:46
- Theory of Computation | Regular Languages 02 | DFA | CS & IT | GATE 2026 Preparation 02:29:15
- Theory of Computation | Regular Languages 01 | Introduction | CS & IT | GATE 2026 Preparation 02:25:19
- Theory of Computation | PYQ's 01 : PYQ's (Part - 01) | CS & IT | GATE 2026 Crash Course 14:19
- Theory of Computation | Turing Machines 07 : Countability | CS, IT | GATE 2026 Crash Course 49:53
- TOC | Turing Machines 06 : Variations of Turing Machines | CS & IT | GATE 2026 Crash Course 48:53
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