Spatial Computing web page
http://www.spatial-computing.org/
2024-03-19T13:06:45+01:00Spatial Computing web page
http://www.spatial-computing.org/
http://www.spatial-computing.org/lib/tpl/monobook/images/favicon.icotext/html2015-10-06T17:50:17+01:00aspicherFormation MGS - SUPMECA - Juin 2015 - [Supports]
http://www.spatial-computing.org/mgs/supmeca/start?rev=1444146617&do=diff
Supports
* [Présentation générale : MGS, un langage pour la simulation centrée interaction]
* [Programme d'introduction (à mettre au propre)]
* [TP1]
* [Exemples de programmes simple en MGS]
* Systèmes de Lindenmayer
* Calcul chimique
* Automates cellulaires
* Systèmes multi-agentstext/html2015-09-30T23:08:04+01:00aspicherSpatial Computing: from Interaction
http://www.spatial-computing.org/mgs/csdc15/start?rev=1443647284&do=diff
Companion webpage for presentation at CS-DC'2015
Resources:
* [Presentation slides]
* [Demonstration] (MGS tools are available here)
Links to the examples:
* Lindenmayer Systems
* Chemical-like Systems
* Cellular Automata
* Multi-Agent Systemstext/html2015-09-30T22:12:38+01:00aspicherThe MGS Home Page
http://www.spatial-computing.org/mgs/start?rev=1443643958&do=diff
MGS is a research project jointly developed at the LACL of the University Paris-Est Créteil and IRCAM (UMR STMS 9912 CNRS - INRIA - Université Université Pierre et Marie CURIE). Despite the acronym, MGS is not related to...
The project aims at investigating the concepts and tools (especially programming languages) needed for the modeling and the simulation of dynamical systems exhibiting a dynamical structure. The results are validated by the design and development of an experimental programmin…text/html2015-09-30T22:09:58+01:00aspicherMulti-Agent Systems - [Multi-Agent Systems]
http://www.spatial-computing.org/mgs/gallery/mas/start?rev=1443643798&do=diff
Multi-agent System (MAS for short) is a system composed of a population of entities, called agents, localized in some environment, and interacting with each other. The description of such a MAS consists of the specification of the decision procedure used by an agent to choose an action from its own state and the state of the nearby environment (which may include other agents). The decision procedure and the type of possible actions may differ and depend on the nature of the MAS (for example, rea…text/html2015-09-30T21:57:43+01:00aspicherMGS, a Programming Language for Modeling and Simulation
http://www.spatial-computing.org/mgs/iccsa14/start?rev=1443643063&do=diff
Companion webpage for MGS tutorial at ICCSA'2014
Slides of the presentation:
* [Introduction to MGS]
* [Demonstration]
Links to the examples:
* Lindenmayer Systems
* Chemical-like Systems
* Cellular Automata
* Multi-Agent Systemstext/html2015-08-24T20:05:55+01:00bealSpatial and COllective PErvasive Computing Systems (SCOPES)
http://www.spatial-computing.org/scopes?rev=1440439555&do=diff
Overview
This workshop aims at combining three distinct, yet closely related areas of research, which will likely together play a major role in producing the key technical results needed to develop large-scale adaptive distributed systems of future networked scenarios.text/html2015-06-09T01:44:48+01:00aspicherTshaped Developpement
http://www.spatial-computing.org/mgs/gallery/tshaped/start?rev=1433807088&do=diff
/***************************************************************/
// ''Genetic'' Growth Model
record Cell = { cpt1, cpt2 } ;;
record FGP = Cell + { cpt1 != 0 } ;;
record SGP = Cell + { cpt1 = 0, cpt2 != 0 } ;;
record Empty = { ~cpt1, ~cpt2 } ;;
fun NextFGP (c:FGP) = c + { cpt1 = c.cpt1-1 } ;;
fun NextSGP (c:SGP) = c + { cpt2 = c.cpt2-1 } ;;
seed := { cpt1 = 5, cpt2 = 2 } ;;
// Spacial specification
v1 := new_vertex() ;;
v2 := new_vertex() ;;
v3 := new_vertex() ;;
v4 := new_vertex(…