infobiotic.org
Welcome to Infobiotics Workbench — Infobiotics Workbench v0.0.1 documentation
http://www.infobiotic.org/genindex.html
Infobiotics Workbench v0.0.1 documentation. Welcome to Infobiotics Workbench. Enter search terms or a module, class or function name. Welcome to Infobiotics Workbench. Is a computational framework implementing a synergy between. For computational systems and synthetic biology. Allowing the modeller to design in-silico experiments, analyse and visualise results using its four components:. Which allows modular and parsimonious multi-cellular model development including geometric information. And Linux ( deb.
adolfosbh.blogspot.com
Modeling Yourself: Predictable Software Systems
http://adolfosbh.blogspot.com/2013/05/predictable-software-systems.html
No care about whatever you are, wherever you go, or whenever you come. Always there will be a model which will give you your wished answer. Be a model my friend! Saturday, May 4, 2013. This week I've been very entertained with a new module of the Engineering Doctorate. I'm doing at the University of York. Prior to the module lessons, I had my first talk in a seminar meeting for some of the Enterprise Systems Research Group. Which uses the principles of propositional. As well as the set theory. Once you h...
homepages.inf.ed.ac.uk
Bio-PEPA
http://homepages.inf.ed.ac.uk/jeh/Bio-PEPA/biopepa.html
Bio-PEPA at a glance. Is a language for the modelling and the analysis of. It is based on PEPA. A process algebra originally defined for the performance analysis of computer systems, and extends it in order to handle some features of biochemical networks, such as. And different kinds of. A main feature of Bio-PEPA is the possibility to support different kinds of analysis, including stochastic simulation, analysis based on ordinary differential equations (ODEs) and model checking in PRISM. To express how ...
quasimodo.aau.dk
Quasimodo Project
http://quasimodo.aau.dk/tools.html
Quantitative System Properties in Model-Driven-Design of Embedded Systems. The following is a list of tools and tool components that have been developed or extended in Quasimodo (Countinously Updated). Tool Environment for MoDeST, the Modeling and Description Language for Stochastic and Timed Systems. Model-checker for discrete-time and continuous-time Markov Reward Models. Probabilistic Timed Automata model checker for MoDeST - maps on PRISM. CSL Model Checker for infinite-state Markov chains - CTMCs.
ckrause.org
Computer Science Blog by Christian Krause: April 2013
http://www.ckrause.org/2013_04_01_archive.html
Computer Science Blog by Christian Krause. Thoughts on Software Engineering and Formal Methods. April 26, 2013. Copying EMF models with Henshin. Copying arbitrary EMF models is an easy task using the EMF utils class: a simple EcoreUtil.copy(obj). Does the job. This method uses the reflective API of EMF to copy EObjects including their type information and all their features. In Henshin. April 9, 2013. Dynamic Adaptation in Ant Colonies and Robot Swarms. A particular interesting engineering discipline is ...
infobiotics.org
Downloading and Installing — Infobiotics Workbench v0.0.1 documentation
http://www.infobiotics.org/infobiotics-workbench/download/download.html
Infobiotics Workbench v0.0.1 documentation. Linux Debian/Ubuntu deb packages. Linux Fedora/CentOS/SUSE rpm packages. Enter search terms or a module, class or function name. The Infobiotics Workbench is composed of four components: the. Graphical workflow manager; the. Multicompartment stochastic simulator; the. Probabilistic model checker; and the. Structure and parameter optimizer. We recommend that you install the latest. Linux Debian/Ubuntu deb packages. Linux Fedora/CentOS/SUSE rpm packages. Once dow...
infobiotics.biz
Welcome to Infobiotics Workbench — Infobiotics Workbench v0.0.1 documentation
http://www.infobiotics.biz/genindex.html
Infobiotics Workbench v0.0.1 documentation. Welcome to Infobiotics Workbench. Enter search terms or a module, class or function name. Welcome to Infobiotics Workbench. Is a computational framework implementing a synergy between. For computational systems and synthetic biology. Allowing the modeller to design in-silico experiments, analyse and visualise results using its four components:. Which allows modular and parsimonious multi-cellular model development including geometric information. And Linux ( deb.