AbstractWe study a model of side-effecting processes obtained by starting from a monad modelling base effects and adjoining free operations using a cofree coalgebra construction; one thus arrives at what one may think of as types of non-wellfounded side-effecting trees, generalizing the infinite resumption monad. Types of this kind have received some attention in the recent literature; in particular, it has been shown that they admit guarded iteration. Here, we show that they also admit unguarded iteration, i.e. form complete Elgot monads, provided that the underlying base effect supports unguarded iteration
AbstractIterative monads of Calvin Elgot were introduced to treat the semantics of recursive equatio...
AbstractWe extend categorical semantics of monadic programming to reversible computing, by consideri...
AbstractParametrized iterativity of an algebra means the existence of unique solutions of all finita...
AbstractWe study a model of side-effecting processes obtained by starting from a monad modelling bas...
We study a model of side-effecting processes obtained by starting from amonad modelling base effects...
We introduce a new notion of "guarded Elgot monad", that is a monad equipped with a form of iteratio...
AbstractMonads are used to abstractly model a wide range of computational effects such as nondetermi...
AbstractInfinite trees form a free completely iterative theory over any given signature—this fact, p...
AbstractCompletely iterative monads of Elgot et al. are the monads such that every guarded iterative...
AbstractResumptions appear in many forms as a convenient abstraction, such as in semantics of concur...
Resumptions appear in many forms as a convenient abstraction, such as in semantics of concurrency an...
Some programs are not merely sets of batch instructions performed in isolation. They interact, eithe...
Like the notion of computation via (strong) monads serves to classify various flavours of impurity, ...
Universal algebra has long been regarded as a fundamental tool in studying semantics of programming ...
AbstractFor every finitary endofunctor H of Set a rational algebraic theory (or a rational finitary ...
AbstractIterative monads of Calvin Elgot were introduced to treat the semantics of recursive equatio...
AbstractWe extend categorical semantics of monadic programming to reversible computing, by consideri...
AbstractParametrized iterativity of an algebra means the existence of unique solutions of all finita...
AbstractWe study a model of side-effecting processes obtained by starting from a monad modelling bas...
We study a model of side-effecting processes obtained by starting from amonad modelling base effects...
We introduce a new notion of "guarded Elgot monad", that is a monad equipped with a form of iteratio...
AbstractMonads are used to abstractly model a wide range of computational effects such as nondetermi...
AbstractInfinite trees form a free completely iterative theory over any given signature—this fact, p...
AbstractCompletely iterative monads of Elgot et al. are the monads such that every guarded iterative...
AbstractResumptions appear in many forms as a convenient abstraction, such as in semantics of concur...
Resumptions appear in many forms as a convenient abstraction, such as in semantics of concurrency an...
Some programs are not merely sets of batch instructions performed in isolation. They interact, eithe...
Like the notion of computation via (strong) monads serves to classify various flavours of impurity, ...
Universal algebra has long been regarded as a fundamental tool in studying semantics of programming ...
AbstractFor every finitary endofunctor H of Set a rational algebraic theory (or a rational finitary ...
AbstractIterative monads of Calvin Elgot were introduced to treat the semantics of recursive equatio...
AbstractWe extend categorical semantics of monadic programming to reversible computing, by consideri...
AbstractParametrized iterativity of an algebra means the existence of unique solutions of all finita...