We define computation on grids as the composition, through pushout constructions, of control flows, carried across adjacency relations between grid cells, with formulas updating the value of some attribute. The approach is based on the identification of a subcategory of attributed typed graphs suitable to the definition of pushouts on grids, and is illustrated in the context of the Cyberfilm visual language
Graph transformation works under the whole world assumption. Therefore, in realistic systems, both t...
This paper presents a unified formal model to be used in the grid representation based on hierarchic...
GridMan is an interactive grid manipulation system. It operates on grids to produce new grids which ...
We define computation on grids as the composition, through pushout constructions, of control flows, ...
We define computation on grids as the composition, through pushout constructions, of control flows,...
The semantics of programming languages lack a formal, standardized specification lan-guage. We focus...
State-of-the-art approaches to controlled graph rewriting focus on the specification of an external ...
This chapter aims at contributing to a better understanding of generation and simulation problems of...
AbstractThe control point form of algebraic grid generation is developed in a rigorous manner to ill...
Graph transformation systems (GTS) are often defined as sets of rules that can be applied repeatedly...
The control point form (CPF) provides explicit control of physical grid shape and grid spacing throu...
International audienceSome computations can be elegantly presented as the parallel or simultaneous a...
With the growing complexity and autonomy of software-intensive systems, abstract modeling to study a...
We describe an approach to the reversal of the control flow of structured programs. It is used to au...
The control point method of algebraic grid generation is briefly reviewed. The review proceeds from ...
Graph transformation works under the whole world assumption. Therefore, in realistic systems, both t...
This paper presents a unified formal model to be used in the grid representation based on hierarchic...
GridMan is an interactive grid manipulation system. It operates on grids to produce new grids which ...
We define computation on grids as the composition, through pushout constructions, of control flows, ...
We define computation on grids as the composition, through pushout constructions, of control flows,...
The semantics of programming languages lack a formal, standardized specification lan-guage. We focus...
State-of-the-art approaches to controlled graph rewriting focus on the specification of an external ...
This chapter aims at contributing to a better understanding of generation and simulation problems of...
AbstractThe control point form of algebraic grid generation is developed in a rigorous manner to ill...
Graph transformation systems (GTS) are often defined as sets of rules that can be applied repeatedly...
The control point form (CPF) provides explicit control of physical grid shape and grid spacing throu...
International audienceSome computations can be elegantly presented as the parallel or simultaneous a...
With the growing complexity and autonomy of software-intensive systems, abstract modeling to study a...
We describe an approach to the reversal of the control flow of structured programs. It is used to au...
The control point method of algebraic grid generation is briefly reviewed. The review proceeds from ...
Graph transformation works under the whole world assumption. Therefore, in realistic systems, both t...
This paper presents a unified formal model to be used in the grid representation based on hierarchic...
GridMan is an interactive grid manipulation system. It operates on grids to produce new grids which ...