Theory of Computation
Explore finite automata, regular languages, context-free grammars, and Turing machines. Learn about computational models, their properties, and fundamental concepts in theoretical computer science.
Theory of Automata, Formal Languages and Computation
Explore automata theory, formal languages, and computation through grammars, finite state automata, pushdown automata, Turing machines, and advanced topics in theoretical computer science.
Greibach Normal Form and Conversion of Context Free Grammar to GNF in Automata Theory
Explore Greibach Normal Form and learn how to convert context-free grammars to GNF. Gain insights into this important concept in automata theory and formal language processing.
Introduction to the Theory of Computing - Stanford
Explore fundamental concepts of theoretical computer science, including automata, computability, and complexity theory, with practical applications and algorithmic fairness.
Theory of Computation, Fall 2020
Explore computability and complexity theory with MIT's in-depth course. Covers automata, Turing machines, undecidability, NP-completeness, and advanced topics in computational theory.
Digital Circuits
Comprehensive exploration of digital circuits, covering number systems, Boolean algebra, logic gates, arithmetic circuits, sequential circuits, finite state machines, data converters, memory, FPGA, VHDL, and microprocessors.
Effective Theories for Computational Systems - Lecture 2
Explore effective theories for computational systems, covering aggregation, finite state machines, regular languages, and emergence in complex systems modeling.
The Dynamics of Computation and the Computational Power of Dynamics
Explore the intersection of computation and dynamics, examining computational models, physical systems, and mathematical concepts to understand the nature of computation and its manifestation in various forms.
Towards Understanding Modern Alchemy - Transformers as a Computational Model
Explore in-context learning of formal languages, comparing Transformers to other models and examining specialized "n-gram heads" for improved performance in language modeling.
How to Build Real Time Interactions in Your Django 3 App
Explore real-time interactions in Django 3 with Calvin Hendryx-Parker. Learn new features, async capabilities, and hands-on coding using PyCharm for building interactive web applications.
Quantum Circuits, Cellular Automata and Tensor Networks - Ignacio Cirac
Explore quantum circuits, cellular automata, and tensor networks, focusing on their representations, entanglement properties, and generalizations to quantum channels and measurement-assisted dynamics.
Theory of Computation
Comprehensive exploration of Theory of Computation, covering automata, languages, grammars, and Turing machines. Ideal for GATE and UGC NET exam preparation.
NEA zu RegEx mit Ardens Lemma
Erlernen Sie die Anwendung von Ardens Lemma zur Umwandlung von nichtdeterministischen endlichen Automaten in reguläre Ausdrücke anhand praktischer Beispiele.
Regular Expressions: From Basics to Denial of Service Attacks - FireShonks 2023
Einführung in reguläre Ausdrücke: Von Grundlagen bis zu Sicherheitsrisiken wie ReDoS-Angriffen. Für Einsteiger geeignet, erklärt Konzepte und potenzielle Gefahren komplexer Ausdrücke.
Computação, Lógica e Teoria dos Conjuntos - Aula 17
Explore tópicos avançados em computação, lógica e teoria dos conjuntos, incluindo linguagens formais, máquinas de registro, decidibilidade, complexidade algorítmica e lógica de primeira ordem.
Computação, Lógica e Teoria dos Conjuntos - Aula 16
Explore computação, lógica e teoria dos conjuntos em nível de mestrado. Aprofunde-se em linguagens formais, máquinas de registro, decidibilidade, complexidade algorítmica e lógica de primeira ordem.
Computação, Lógica e Teoria dos Conjuntos - Aula 15
Explore tópicos avançados em computação, lógica e teoria dos conjuntos, incluindo linguagens formais, máquinas de registro, decidibilidade, complexidade algorítmica e lógica de primeira ordem.
Mestrado: Computação, Lógica e Teoria dos Conjuntos - Aula 14
Explore tópicos avançados em computação, lógica e teoria dos conjuntos, incluindo linguagens formais, máquinas de registro, decidibilidade, complexidade algorítmica e lógica de primeira ordem.
Mestrado: Computação, Lógica e Teoria dos Conjuntos - Aula 08
Explore formal languages, register machines, decidability, algorithmic complexity, first-order logic, and set theory in this advanced mathematics lecture series.
Mestrado: Computação, Lógica e Teoria dos Conjuntos - Aula 07
Explore formal languages, register machines, decidability, algorithmic complexity, first-order logic, and set theory in this advanced mathematics lecture.
Mestrado: Computação, Lógica e Teoria dos Conjuntos - Aula 06
Explore formal languages, register machines, decidability, algorithmic complexity, first-order logic, and set theory in this advanced mathematics lecture.