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vespucci2010 [2010/06/14 20:23]
pedro
vespucci2010 [2012/12/04 16:53]
gcamara
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 This course discusses the challenges of modelling the interactions between the social and the natural systems. Modelling human-environment interactions involves collecting data, building up a conceptual approach, implementing,​ calibrating,​ validating, and repeating one or more steps again. Nature-society models need to combine different methods, including support for both cellular automata and agent-based models. To match these requirements,​ we useTerraME, an open source software that supports multiparadigm modelling of nature-society interactions. The lectures introduce TerraME, and show how to develop models using the software. ​ This course discusses the challenges of modelling the interactions between the social and the natural systems. Modelling human-environment interactions involves collecting data, building up a conceptual approach, implementing,​ calibrating,​ validating, and repeating one or more steps again. Nature-society models need to combine different methods, including support for both cellular automata and agent-based models. To match these requirements,​ we useTerraME, an open source software that supports multiparadigm modelling of nature-society interactions. The lectures introduce TerraME, and show how to develop models using the software. ​
  
-==== Download ==== 
-    * {{http://​www.terrame.org/​software/​TerraME_RC5_20100614-clean.zip | TerraME_RC5}} - TerraME modelling software 
-    * [[http://​www.dpi.inpe.br/​terraview_eng/​index.php| TerraView 3.2.0 ]]  - TerraView GIS 
-    * {{http://​www.dpi.inpe.br/​~anapaula/​plugin_celulas/​celulas.zip| Plug-in to fill cellular spaces}} 
-    * [[http://​www.crimsoneditor.com/​|Crimson Editor]] - Editor for TerraME 
  
-=== Documentation ​===+==== Part 1: Introduction ====
  
-  * {{http://​www.terrame.org/​docs/​introduction_terrame_v1-4.pdf|Tutorial:​ An Introduction to TerraME (version 1.4)}} +     * Lecture: {{:ppt:vespucci_lecture1.ppt | Modelling human-environment interactions}} 
-  * {{http://​www.terrame.org/​docs/​luaforterrame-ashortintroduction.pdf|Lua for TerraME: A Short Introduction}} +     * Simple Fire Spread Model: ​{{:examples:​demo07_simple_fire_spread_model.lua|code}} + {{:examples:db_teoria.rar|database}} 
-  * {{:​wiki:​terrame-documentation2.pdf|Classes and Functions Documentation}} +     * Fire Spread Model: ​{{:examples:​demo08_fire_spread_model.lua|fire spread model}} ​+ {{:examples:db_emas.rar|database}} +  {{:docs:​dincon2010.pdf|paper}} 
- +     * Deforestation: ​{{:examples:demo06_deforestation.lua|Model Based on Trajectory}} + {{:ppt:trajectory.ppt|Presentation}}, ​ {{:examples:amazonia.rar|database}}, ​{{:examples:demo12_amazonia-deforestation.lua|Model Based on Neighborhood/​Regression}} + {{:docs:deforestation-lab.pdf|laboratory}}
-==== Part 1: Introduction ==== +
-     * Lecture: {{http://​www.terrame.org/​ppt/vespucci_lecture1.ppt | Modelling human-environment interactions}} +
-     * Simple Fire Spread Model: ​[[http://​www.terrame.org/​examples/​demo07_SimpleFireSpreadModel.lua|code]] + {{http://​www.terrame.org/​examples/db_teoria.rar|database}} +
-     * Fire Spread Model: ​[[http://​www.terrame.org/​examples/​demo08_FireSpreadModel.lua| FireSpreadModel]] ​+ {{http://​www.terrame.org/​examples/db_emas.rar | database}} +  {{:wiki:​dincon2010.pdf|paper}} +
-     * Deforestation: ​[[http://​www.terrame.org/​examples/demo06_deforestation.lua|Model Based on Trajectory]] + {{http://​www.terrame.org/​ppt/Trajectory.ppt|Presentation}}, ​ {{http://​www.terrame.org/​examples/amazonia.rar | database}}, ​[[http://​www.terrame.org/​examples/demo12_amazonia-deforestation.lua|Model Based on Neighborhood/​Regression]] + {{http://​www.terrame.org/​docs/deforestation-lab.pdf|laboratory}}+
  
 ==== Part 2: Complex Systems and Emergence ​ ==== ==== Part 2: Complex Systems and Emergence ​ ====
-     * Lecture: {{http://​www.terrame.org/​ppt/vespucci_lecture2.ppt | Complex Systems and Emergence }}  +     * Lecture: {{:ppt:vespucci_lecture2.ppt| Complex Systems and Emergence }}  
-     * Hydrological model: ​[[http://​www.terrame.org/​examples/​demo11_rain_geoBD_Observer.lua|code]] + {{http://​www.terrame.org/​examples/​CabecadeBoi.rar|database}} +     * Hydrological model: ​{{:examples:​demo11_rain_geobd_observer.lua|code}} + {{:examples:​cabecadeboi.rar|database}} 
-     * Game of Life: [[http://​www.terrame.org/​examples/demo16_gameoflife_automata.lua|code]] + [[http://​www.ibiblio.org/​lifepatterns/​october1970.html|reference]] +     * Game of Life: {{:examples:demo16_gameoflife_automata.lua|code}} + [[http://​www.ibiblio.org/​lifepatterns/​october1970.html|reference]] 
-     * Schelling'​s Seggregation Model: ​[[http://​www.terrame.org/​examples/demo21_schelling.lua|code]] + {{http://​www.terrame.org/​docs/lab-schelling.pdf|laboratory}}+     * Schelling'​s Seggregation Model: ​{{:examples:demo21_schelling.lua|code}} + {{:docs:lab-schelling.pdf|laboratory}}
   ​   ​
 +
 ====  Part 3: Governing the Commons using Game Theory ==== ====  Part 3: Governing the Commons using Game Theory ====
-    * Lecture: {{http://​www.terrame.org/​ppt/vespucci_lecture3.ppt | Governing the Commons using Game Theory Basics}} +    * Lecture: {{:ppt:vespucci_lecture3.ppt|Governing the Commons using Game Theory Basics}} 
-    * Iterated Prisoner'​s Dilemma: ​[[http://​www.terrame.org/​examples/demo17_ipd.lua|code]]    ​ +    * Iterated Prisoner'​s Dilemma: ​{{:examples:demo17_ipd.lua|code}} 
-    * Spatial Games: ​[[http://​www.terrame.org/​examples/demo22_spatial-games.lua|code]] +    * Spatial Games: ​{{:examples:demo22_spatial-games.lua|code}}
-    * Top-Down Governance: [[http://​www.terrame.org/​examples/​demo10_ostromGame_Observer.lua|code]] ​    +
-    * Mixed Governance: [[http://​www.terrame.org/​examples/​demo23_commonsGame_Observer.lua|code]] +

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