Lectures related to Interpreter: Arithmetic Expressions

Covers intermediate representations in compilers, focusing on CPS/L3 functional IR with local continuations and control constructs.

Introduces compiler theory, language processing, and the essential concepts behind building compilers.

Explores automated termination analysis using dependency pairs, covering classical and modern techniques, annual competitions, and tools like AProVE.

Covers the concepts and implementation of functional programming in Scala, emphasizing functions, immutable data, and data abstraction.

Explores lambda calculus, higher-order functions, and recursive function encoding.

Explores prefix, infix, and postfix notations in expressions and their role in code generation.

Covers computer language processing, compilers, skills learned, and application examples.

Explores safe mutation in functional programming through lazy evaluation, object invariants, and efficient caching functions.

Covers the implementation of recursive functions using substitutions and environments, showcasing the ability to execute computable functions.

Explores operational semantics and inductively defined relations in the Amyli language.

Covers the principles and benefits of functional programming, emphasizing immutable data and functions.

Covers the definition of a simple programming language and its big-step semantics, including arithmetic expressions and imperative commands.

Covers the conversion of expressions, evaluation using stack machines, and bytecode generation.

Explains syntax trees, parse vs AST, while language syntax, AST classes, and grammar ambiguities.

Covers the methodology of development, recursion, and debugging in C++.

Covers polymorphism in Coq, focusing on data structures and functions like lists, length, and append.

Explores formal grammars, parsing algorithms, CYK algorithm efficiency, and syntactic correctness in Natural Language Processing.

Covers the basics of Coq, focusing on arithmetic expressions, evaluation, and proof techniques.

Explores interpreters and virtual machines, discussing their advantages, types, and optimization techniques.

Covers the basics of functions in C++, including recursion and memory organization.