Concept
Kind (type theory)
Related lectures (22)
Types and Inductive Relations
Discusses the importance of types, unsound type systems, and inductively defined relations for a small language's type system.
Introduction to Types and Inductive Relations
Explores the significance of types in programming and discusses unsound type systems and inductively defined relations.
Implicit Conversion: Core Concepts
Covers the core concepts of implicit conversion in Scala and its implementation in Scala code.
High-Order Functions: Unification Theory
Covers high-order functions, parser, and type checker concepts.
Dependent Types in Programming Languages
Explores maps, type operators, equivalence, first-class types, System Fw, Coq, and the challenges of type checking in programming languages.
Subtyping and Polymorphism
Explores subtyping rules, challenges, and its connection to various forms of polymorphism in programming languages.
Computational Geomechanics: Reverse Teaching Approach
Covers computational geomechanics and the Reverse Teaching approach, including live-streamed lectures and exercise sessions.
Type Checking Lab
Focuses on implementing a type checker for Amy, covering name and type analysis, typing constraints generation, and the importance of type checking in compilation.
Meta-metaprogramming: Advanced Tools for Software Engineering
Explores 'meta-metaprogramming' for simplifying advanced programming tools and addressing software engineering challenges.
Types in Lambda Calculus
Covers types in lambda calculus, including defining types, specifying rules, and proving soundness.