2.3 Deterministic Finite Automata in Detail | What is DFA? | Theory of Computation

📝 Please message us on WhatsApp: https://wa.me/918000121313 💻 KnowledgeGate Website: https://www.knowledgegate.in/gate 📲 KnowledgeGate Android App: http://tiny.cc/KG_Official_App ➡ Do not miss our Bestseller Courses: 🔴 GATE Guidance-2025: https://www.knowledgegate.in/learn/GATE-2025 🟠 GATE Guidance-2026: https://www.knowledgegate.in/learn/GATE-Guidance-2026 ➡ Contact Us: 🟩 Whatsapp Chat: https://wa.me/918595120657 📞Call on: +91-8000121313 🟦 Telegram Updates: https://t.me/kg_gate 🟩 Whatsapp Updates: https://www.whatsapp.com/channel/0029VaC5Weq2Jl85NaTls63w 📧 Email: contact@knowledgegate.in ➡ Our One Shot Semester Exam Videos: 👇 ▶ Operating System: https://youtu.be/xw_OuOhjauw ▶ DBMS: https://youtu.be/YRnjGeQbsHQ ▶ Computer Network: https://youtu.be/q3Z3Qa1UNBA ▶ Digital Electronics: https://youtu.be/pHNbm-4reIc ▶ Computer Architecture: https://youtu.be/DsK35f8wyUw ▶ Data Structure: https://youtu.be/MdG0Vw9f1A4 ▶ Algorithm: https://youtu.be/z6DY_YSdyww ▶ Software Engineering: https://youtu.be/NlLM3sVF8wY ▶ Theory of Computation: https://youtu.be/9kuynHcM3UA ▶ Compiler: https://youtu.be/OQCjakjCJu4 ▶ Discrete Maths: https://youtu.be/3zOtLEeHygg ➡ Free Subject-Wise Complete PlayList: 👇 ▶️ DBMS: http://tiny.cc/kg_yt_DBMS ▶️ Operating System: http://tiny.cc/kg_yt_OS ▶️ TOC|Automata: http://tiny.cc/kg_yt_toc ▶️ Computer Networks: http://tiny.cc/kg_yt_CN ▶️ Digital Electronics: http://tiny.cc/kg_yt_Digital ▶️ Compiler Design: http://tiny.cc/kg_yt_Compiler ▶️ Computer Architecture: http://tiny.cc/kg_yt_COA ▶️ Data Structure: http://tiny.cc/kg_yt_DataStructures ▶️ Algorithms: http://tiny.cc/kg_yt_Algorithm ▶️ Set, Relation, Function: http://tiny.cc/kg_yt_Discrete_Relations ▶️ Graph Theory: http://tiny.cc/kg_yt_graphtheory ▶️ Group Theory: http://tiny.cc/kg_yt_grouptheory ▶️ Proposition: http://tiny.cc/kg_yt_prepositions #knowledgegate #GATE #sanchitjain *********************************************************What is DFA? - DFA stands for Deterministic Finite Automaton, which is a mathematical model used in the field of computer science and specifically in the theory of computation. It is a type of finite-state machine that reads input from a given alphabet and transitions between states based on that input. DFAs can be used to recognize or classify input sequences and are an important concept in formal language theory. In a DFA, the transitions between states are determined by the current state and the input symbol being read, and each state corresponds to a particular output or behavior. 👨🏫 Theory of Computation Course: http://tiny.cc/kg_toc_course ▶️ TOC|Automata Complete Youtube Playlist: http://tiny.cc/kg_yt_toc Content in this video: 00:00 Introduction 00:34 What is finite Automata 01:04 Types of Finite Automata 01:57 Finite Automata without Output 04:27 Formal definition of deterministic Finite Automata 08:21 Model of Deterministic Finite Automata 08:42 Representation of Deterministic Finite Automata 12:17 Acceptance of Deterministic Finite Automata 13:28 Unacademy 🚀 Zero To Hero in Computer Science: http://tiny.cc/Computer-Science-Bundle 📱Join for the latest updates and free content: http://tiny.cc/KG_WhatsApp 📲 KnowledgeGate Android App: http://tiny.cc/KG_Official_App Contact Us: 👇 📞Call for any query: +91-8097320395, +91-9650184667 💻 Email: contact@knowledgegate.in 👉 Free Subject-Wise Complete Playlist: 👇 ▶️ DBMS: http://tiny.cc/kg_yt_DBMS ▶️ Operating System: http://tiny.cc/kg_yt_OS ▶️ Computer Networks: http://tiny.cc/kg_yt_CN ▶️ Digital Electronics: http://tiny.cc/kg_yt_Digital ▶️ Compiler Design: http://tiny.cc/kg_yt_Compiler ▶️ Computer Architecture: http://tiny.cc/kg_yt_COA ▶️ Data Structure: http://tiny.cc/kg_yt_DataStructures ▶️ Algorithms: http://tiny.cc/kg_yt_Algorithm ▶️ Set, Relation, Function: http://tiny.cc/kg_yt_Discrete_Relations ▶️ Graph Theory: http://tiny.cc/kg_yt_graphtheory ▶️ Group Theory: http://tiny.cc/kg_yt_grouptheory ▶️ Proposition: http://tiny.cc/kg_yt_prepositions #theoryofcomputation #automatatheory #automata ********************************************************