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Abstract: A graph grammar is described that can be used to replicate arbitrarily labeled strands of particles (modeled as linear graphs).
A graph grammar is described that can be used to replicate arbitrarily labeled strands of particles (modeled as linear graphs). The rules of the grammar ...
A graph grammar is described that can be used to replicate arbitrarily labeled strands of particles (modeled as linear graphs). The rules of the grammar ...
Abstract: A graph grammar is described that can be used to replicate arbitrarily labeled strands of particles (modeled as linear graphs).
A graph grammar is described that can be used to replicate arbitrarily labeled strands of particles (modeled as linear graphs). The rules of the grammar ...
In this paper we describe the graph grammar approach to modeling self-assembly. The approach is used to describe how the topol- ogy of an assembling ...
The main purpose of the paper is to demonstrate the utility of the graph grammar approach to modeling self-assembly by giving detailed examples, ...
In this paper, we consider how self-description can be realized for construction and execution in a single framework of a variant of graph rewriting systems ...
Abstract. In this paper we define a class of graph grammars that can be used to model and direct parallel robotic self-assembly and similar self-organizing ...
A variety of models of self-reproduction process have been proposed since von Neumann initiated this field with his self-reproducing automata.