Concept

Kleene star

Related lectures (20)

Explores formal language operations, including concatenation, union, intersection, and Kleene star for language repetition.

Covers formal languages, operations like union and concatenation, and the Kleene star operation.

Covers error correction using Shor codes and their concatenation to improve capabilities.

Covers regular expressions, Kleene's contributions, logic, lexical analysis, and manual lexer construction.

Covers the Shor Code, stabilizer matrices, encoding techniques, and error correction concepts.

Covers the basics of working with strings in C++, including declaration, initialization, characters, assignment, concatenation, and comparison.

Explores regular expressions, including their history, operators, lexical analysis, and manual construction of lexers.

Covers regular languages, encoding, alphabets, words, languages, concatenation, exponentiation, and iterative closure.

Covers the implementation of Conc-Trees in Scala for parallel programming.

Covers computational methods focusing on paths and strings, including examples of concatenation, regex elements, and string operations.

Explores constant time appends in Conc-Trees and counting in a binary number system.

Explores associative operations on tuples and sets, demonstrating their properties through various examples and proofs.

Covers the computation of 'nullable' and 'first' for regular expressions.

Covers the basics of working with strings in Java, including syntax, char type, operators, and concatenation.

Covers the basics and methods of string operations in Python, including slicing, indexing, and formatting.

Covers the basics of formal languages, including alphabets, words, and languages, as well as operations like concatenation and reversal.

Covers basic vector operations in MATLAB and Octave.

Covers the fundamental concepts of formal languages, including alphabets, words, languages, and word equality.

Covers the fundamentals of finite automata and formal languages.

Explores arbitrage-free and complete financial market models, risk-neutral probabilities, structured notes pricing, and option hedging.