We introduce a scalable framework built upon the BlenX language and inspired by the Beta-binders process calculus to model, simulate and analyse biological ...
We introduce a scalable framework built upon the BlenX language and inspired by the Beta-binders process calculus to model, simulate and analyse biological ...
Nov 17, 2008 · We present a formal approach to study the evolution of biological networks. We use the Beta Workbench and its BlenX language to model and ...
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In this paper the main characteristics of BlenX4Bio are illustrated through examples taken from biology textbooks, a high-level interface for the ...
The aim of this extension is to model a sequence of elementary actions as if it were atomic. This extension is useful when we need to specify multi-reactant ...
This calculus is a process algebra developed to model the time evolution of biological systems at any scale (from molecular to ecological systems). Namely ...
We present a formal approach to study the evolution of biological networks. We use the. Beta Workbench and its BlenX language to model and simulate networks ...
In this paper we illustrate the main characteristics of BlenX4Bio through examples taken from biology textbooks. Download to read the full chapter text ...
We introduce the Beta Workbench (BWB), a scalable tool built on top of the newly defined BlenX language to model, simulate and analyse biological systems. We ...
This paper provides formal tools for managing non-Markovian processes within BlenX, a programming language explicitly designed for modeling biological processes
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