The incremental approach to modular monadic semantics constructs complex monads by using monad transformers to add computational features to a pre-existing monad. A complication of this approach is that the operations associ-ated to the pre-existing monad need to be lifted to the new monad. In a companion paper by Jaskelioff, the lifting problem has been addressed in the setting of system Fω. Here, we recast and extend those results in a category-theoretic setting. We abstract and generalize from monads to monoids (in a monoidal category), and from monad transformers to monoid transformers. The generalization brings more simplicity and clarity, and opens the way for lifting of operations with applicability beyond monads
. Monads can be used to model term rewriting systems by generalising the well-known equivalence betw...
Monads A monad is the categorical modelling of an algebraic theory (that is, a set ofoperations and ...
Abstract. Higher-order functions that are polymorphic in a monad make highly flexible modular compon...
The incremental approach to modular monadic semantics constructs complex monads by using monad trans...
AbstractThe incremental approach to modular monadic semantics constructs complex monads by using mon...
Monads have become a fundamental tool for structuring denotational semantics and programs by abstrac...
We develop an algebraic underpinning of backtracking monad transformers in the general setting of mo...
Monads and algebraic effects are two alternative approaches for expressing purely functional side-ef...
We develop an algebraic underpinning of backtracking monad transformers in the general setting of mo...
Monoids are one of the simplest theories in which we can compose elements of a set. Similarly, monad...
he monad is a mathematical concept, used by Haskell to describe — among other things — Input/Output....
AbstractIn this extended abstract we provide a very brief overview of the notion of a monad along wi...
Abstract. Monads are pervasive in functional programming. In order to reap the benefits of their abs...
he monad is a mathematical concept, used by Haskell to describe — among other things — Input/Output....
Monads are a useful abstraction of computation, as they model diverse computational effects such as ...
. Monads can be used to model term rewriting systems by generalising the well-known equivalence betw...
Monads A monad is the categorical modelling of an algebraic theory (that is, a set ofoperations and ...
Abstract. Higher-order functions that are polymorphic in a monad make highly flexible modular compon...
The incremental approach to modular monadic semantics constructs complex monads by using monad trans...
AbstractThe incremental approach to modular monadic semantics constructs complex monads by using mon...
Monads have become a fundamental tool for structuring denotational semantics and programs by abstrac...
We develop an algebraic underpinning of backtracking monad transformers in the general setting of mo...
Monads and algebraic effects are two alternative approaches for expressing purely functional side-ef...
We develop an algebraic underpinning of backtracking monad transformers in the general setting of mo...
Monoids are one of the simplest theories in which we can compose elements of a set. Similarly, monad...
he monad is a mathematical concept, used by Haskell to describe — among other things — Input/Output....
AbstractIn this extended abstract we provide a very brief overview of the notion of a monad along wi...
Abstract. Monads are pervasive in functional programming. In order to reap the benefits of their abs...
he monad is a mathematical concept, used by Haskell to describe — among other things — Input/Output....
Monads are a useful abstraction of computation, as they model diverse computational effects such as ...
. Monads can be used to model term rewriting systems by generalising the well-known equivalence betw...
Monads A monad is the categorical modelling of an algebraic theory (that is, a set ofoperations and ...
Abstract. Higher-order functions that are polymorphic in a monad make highly flexible modular compon...