AbstractLinear-time temporal logic (LTL) and functional reactive programming (FRP) are related via a Curry–Howard correspondence. Based on this observation, we develop a common categorical semantics for a subset of LTL and its corresponding flavor of FRP. We devise a class of categorical models, called fan categories, that explicitly reflect the notion of time-dependent trueness of temporal propositions and a corresponding notion of time-dependent type inhabitance in FRP. Afterwards, we define the more abstract concept of temporal category by extending categorical models of intuitionistic S4. We show that fan categories are a special form of temporal categories
The notion of formal description techniques for timed systems (T-FDTs) has been introduced in [EDK98...
We use Tarski's relational calculus to construct a model of linear temporal logic. Both discret...
The report is a draft version of the first six chapters of a book which is attempting to supply a co...
AbstractLinear-time temporal logic (LTL) and functional reactive programming (FRP) are related via a...
Functional reactive programming (FRP) makes it possible to express temporal aspects of computations ...
Since Pnueli’s seminal paper in 1977, Temporal Logic has been used as a formalism for specifying and...
Since Pnueli’s seminal paper in 1977, Temporal Logic has been used as a formalism for specifying and...
Functional Reactive Programming (FRP) models reactive systems with events and signals, which have pr...
Since Pnueli’s seminal paper in 1977, Temporal Logic has been used as a formalism for specifying and...
Since Pnueli’s seminal paper in 1977, Temporal Logic has been used as a formalism for specifying and...
Since Pnueli’s seminal paper in 1977, Temporal Logic has been used as a formalism for specifying and...
Since Pnueli’s seminal paper in 1977, Temporal Logic has been used as a formalism for specifying and...
Since Pnueli’s seminal paper in 1977, Temporal Logic has been used as a formalism for specifying and...
Since Pnueli’s seminal paper in 1977, Temporal Logic has been used as a formalism for specifying and...
Since Pnueli’s seminal paper in 1977, Temporal Logic has been used as a formalism for specifying and...
The notion of formal description techniques for timed systems (T-FDTs) has been introduced in [EDK98...
We use Tarski's relational calculus to construct a model of linear temporal logic. Both discret...
The report is a draft version of the first six chapters of a book which is attempting to supply a co...
AbstractLinear-time temporal logic (LTL) and functional reactive programming (FRP) are related via a...
Functional reactive programming (FRP) makes it possible to express temporal aspects of computations ...
Since Pnueli’s seminal paper in 1977, Temporal Logic has been used as a formalism for specifying and...
Since Pnueli’s seminal paper in 1977, Temporal Logic has been used as a formalism for specifying and...
Functional Reactive Programming (FRP) models reactive systems with events and signals, which have pr...
Since Pnueli’s seminal paper in 1977, Temporal Logic has been used as a formalism for specifying and...
Since Pnueli’s seminal paper in 1977, Temporal Logic has been used as a formalism for specifying and...
Since Pnueli’s seminal paper in 1977, Temporal Logic has been used as a formalism for specifying and...
Since Pnueli’s seminal paper in 1977, Temporal Logic has been used as a formalism for specifying and...
Since Pnueli’s seminal paper in 1977, Temporal Logic has been used as a formalism for specifying and...
Since Pnueli’s seminal paper in 1977, Temporal Logic has been used as a formalism for specifying and...
Since Pnueli’s seminal paper in 1977, Temporal Logic has been used as a formalism for specifying and...
The notion of formal description techniques for timed systems (T-FDTs) has been introduced in [EDK98...
We use Tarski's relational calculus to construct a model of linear temporal logic. Both discret...
The report is a draft version of the first six chapters of a book which is attempting to supply a co...