Скачать или смотреть NFA to DFA Conversion Example 1 | Strings Ending with 01 | Theory of Computation | TOC |

In this video, we discuss an important and frequently asked problem from Theory of Computation (TOC):
👉 Construct an NFA for all strings ending with 01 and convert it into an equivalent DFA.
This video is part of the NFA to DFA Conversion series, where concepts are explained step by step using the subset construction method, making it very easy for beginners as well as exam-focused students.
🎯 What You Will Learn in This Video
✔ What is an NFA (Non-Deterministic Finite Automaton)
✔ How to construct an NFA for strings ending with 01
✔ Meaning of each state and transition in the NFA
✔ Why nondeterminism is used in this example
✔ Step-by-step NFA to DFA conversion
✔ How to form DFA states using subset construction
✔ Transition table creation
✔ Final DFA diagram and accepting states
✔ Common mistakes students make in exams
📚 Why This Example Is Important
This problem is very common in university exams
Helps in understanding nondeterminism
Builds strong foundation for regular languages
Frequently asked in TOC / Automata Theory courses
Useful for GATE, NET, and semester exams
🎓 Who Should Watch This Video?
✔ Computer Science & Engineering (CSE) students
✔ IT, AI, Data Science students
✔ B.Tech / M.Tech students
✔ Students preparing for semester exams, GATE, NET
✔ Anyone learning Automata Theory / Theory of Computation
🧠 Prerequisite Knowledge
Basic understanding of DFA and NFA
Knowledge of finite automata
Familiarity with binary alphabets (0 and 1)
📌 Related Topics Covered
Finite Automata
DFA vs NFA
Regular Languages
Subset Construction Method
State Transition Diagrams
📺 Watch Till the End
Make sure to watch the full video to clearly understand how each NFA state transforms into DFA states, which is crucial for writing correct answers in exams.
👍 Support the Channel
If this video helps you:
Like the video
Share with your classmates
Subscribe for more TOC and CS core subject explanations
Comment if you have any doubts — I reply to student questions 😊
🔔 Upcoming Videos in This Series
📌 DFA Minimization
📌 NFA to DFA Conversion (More Examples)
📌 Regular Expressions to FA
📌 Pumping Lemma (Easy Tricks)
🔖 Hashtags
#TheoryOfComputation
#NFAtoDFA
#AutomataTheory
#TOC
#FiniteAutomata
#CSE
#GATEPreparation
#ComputerScience