Modern programming languages rely on advanced type systems that detect errors at compile-time. While the benefits of type systems have long been recognized, there are some areas where the standard systems in programming languages are not expressive enough. Language designers usually trade expressiveness for decidability of the type system. Some interesting programs will always be rejected (despite their semantical soundness) or be assigned uninformative types
Most existing programming languages provide little support to formally state and prove properties ab...
Types are the central organizing principle of the theory of programming languages. Language features...
Theoretical thesis.Bibliography: pages 59-60.1. Introduction -- 2. Background -- 3. Type systems -- ...
Dependent type theories have a long history of being used for theorem proving. One aspect of type th...
Dependently typed programming languages provide a powerful tool for proving code correct. However, t...
Dependent type systems allow for a rich set of program properties to be expressed and mechanically v...
The definition of type equivalence is one of the most important design issues for any typed language...
Dependently typed programming languages provide a way to write programs, specifications, and correct...
Dependent types can make your developments (be they programs or proofs) dramatically safer by allowi...
Language designers have in recent years proposed a wealth of richer type systems for programming whi...
There has been sustained interest in functional programming languages with dependent types in recent...
() *+Types in programming A type is a collection of computational entities that share some common p...
Programming languages based on dependent type theory promise two great advances: flexibility and sec...
Robin Milner coined the slogan well typed programs cannot go wrong, advertising the power of types i...
In these lecture notes we give an introduction to functional programming with dependent types. We us...
Most existing programming languages provide little support to formally state and prove properties ab...
Types are the central organizing principle of the theory of programming languages. Language features...
Theoretical thesis.Bibliography: pages 59-60.1. Introduction -- 2. Background -- 3. Type systems -- ...
Dependent type theories have a long history of being used for theorem proving. One aspect of type th...
Dependently typed programming languages provide a powerful tool for proving code correct. However, t...
Dependent type systems allow for a rich set of program properties to be expressed and mechanically v...
The definition of type equivalence is one of the most important design issues for any typed language...
Dependently typed programming languages provide a way to write programs, specifications, and correct...
Dependent types can make your developments (be they programs or proofs) dramatically safer by allowi...
Language designers have in recent years proposed a wealth of richer type systems for programming whi...
There has been sustained interest in functional programming languages with dependent types in recent...
() *+Types in programming A type is a collection of computational entities that share some common p...
Programming languages based on dependent type theory promise two great advances: flexibility and sec...
Robin Milner coined the slogan well typed programs cannot go wrong, advertising the power of types i...
In these lecture notes we give an introduction to functional programming with dependent types. We us...
Most existing programming languages provide little support to formally state and prove properties ab...
Types are the central organizing principle of the theory of programming languages. Language features...
Theoretical thesis.Bibliography: pages 59-60.1. Introduction -- 2. Background -- 3. Type systems -- ...