AbstractThe suspension-loop construction is used to define a process in a symmetric monoidal category. The algebra of such processes is that of symmetric monoidal bicategories. Processes in categories with products and in categories with sums are studied in detail, and in both cases the resulting bicategories of processes are equipped with operations called feedback. Appropriate versions of traced monoidal properties are verified for feedback, and a normal form theorem for expressions of processes is proved. Connections with existing theories of circuit design and computation are established via structure preserving homomorphisms
Abstract. The concatenable processes of a Petri net N can be characterized abstractly as the arrows ...
This paper presents an analysis of this issue and a solution based on the new notion of strongly con...
Control theory uses 'signal-flow diagrams' to describe processes where real-valued functions of time...
The suspension-loop construction is used to define a process in a symmetric monoidal category. The a...
AbstractThe suspension-loop construction is used to define a process in a symmetric monoidal categor...
this paper we will introduce the notion of a category with feedback, which includes traced symmetric...
. We construct a category of circuits: the objects are alphabets and the morphisms are deterministic...
The concatenable processes of a Petri net N can be characterized abstractly as the arrows of a symme...
The concatenable processes of a Petri net $N$ can be characterized abstractly as the arrows of a sym...
AbstractThe concatenable processes of a Petri net N can be characterized abstractly as the arrows of...
AbstractA method of constructing process categories as generalized relations on a category of proces...
. We give an axiomatic category theoretic account of bisimulation in process algebras based on the i...
Abstract. Control theory uses ‘signal-flow diagrams ’ to describe processes where real-valued functi...
. The concatenable processes of a Petri net N can be characterized abstractly as the arrows of a sym...
Control theory uses ‘signal-flow diagrams ’ to describe processes where real-valued functions of tim...
Abstract. The concatenable processes of a Petri net N can be characterized abstractly as the arrows ...
This paper presents an analysis of this issue and a solution based on the new notion of strongly con...
Control theory uses 'signal-flow diagrams' to describe processes where real-valued functions of time...
The suspension-loop construction is used to define a process in a symmetric monoidal category. The a...
AbstractThe suspension-loop construction is used to define a process in a symmetric monoidal categor...
this paper we will introduce the notion of a category with feedback, which includes traced symmetric...
. We construct a category of circuits: the objects are alphabets and the morphisms are deterministic...
The concatenable processes of a Petri net N can be characterized abstractly as the arrows of a symme...
The concatenable processes of a Petri net $N$ can be characterized abstractly as the arrows of a sym...
AbstractThe concatenable processes of a Petri net N can be characterized abstractly as the arrows of...
AbstractA method of constructing process categories as generalized relations on a category of proces...
. We give an axiomatic category theoretic account of bisimulation in process algebras based on the i...
Abstract. Control theory uses ‘signal-flow diagrams ’ to describe processes where real-valued functi...
. The concatenable processes of a Petri net N can be characterized abstractly as the arrows of a sym...
Control theory uses ‘signal-flow diagrams ’ to describe processes where real-valued functions of tim...
Abstract. The concatenable processes of a Petri net N can be characterized abstractly as the arrows ...
This paper presents an analysis of this issue and a solution based on the new notion of strongly con...
Control theory uses 'signal-flow diagrams' to describe processes where real-valued functions of time...