CSSS 2009 Santa Fe-Project Presentations - Revision history

Vsk.sfi: /* The Effect of Disaggregation on disease spreading in a network */

2009-11-09T19:19:44Z

The Effect of Disaggregation on disease spreading in a network

← Older revision		Revision as of 19:19, 9 November 2009
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	'''By''' : [[Varsha Kulkarni]]		'''By''' : [[Varsha Kulkarni]]
	~~Poster presentation on 7/4/09~~

	===Parallel Agent Based Models===		===Parallel Agent Based Models===

Vsk.sfi: /* The Effect of Disaggregation on disease spreading in a network (Poster presentation) */

2009-11-09T19:18:35Z

The Effect of Disaggregation on disease spreading in a network (Poster presentation)

← Older revision		Revision as of 19:18, 9 November 2009
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	* [[Media:Division_of_labor_via_maternal_manipulation.nlogo\|NetLogo code]]		* [[Media:Division_of_labor_via_maternal_manipulation.nlogo\|NetLogo code]]

	===The Effect of Disaggregation on disease spreading in a network ~~(Poster presentation)~~===		===The Effect of Disaggregation on disease spreading in a network ===
	'''Summary''': Drawing upon past research, this project investigates the dynamics of disease spreading when a network is divided into diverse clusters.		'''Summary''': Drawing upon past research, this project investigates the dynamics of disease spreading when a network is divided into diverse clusters.

Apo at 06:44, 2 September 2009

2009-09-02T06:44:47Z

← Older revision		Revision as of 06:44, 2 September 2009
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	*[[Media:SFI2009presentation-mtm.pdf\|presentation]]		*[[Media:SFI2009presentation-mtm.pdf\|presentation]]

	===Economic Geography ~~and~~ State Emergence===		===Towards an Economic Geography of State Emergence===
	'''Overview''': We propose an agent-based model to investigate the demographic pattern in the Titicaca basin observed during the Tiwanaku Empire, a state-level society that rose and fell between approximately 500 B.C. and A.D. 1100. The rationale for the dynamics is provided by Paul Krugman's work on economic geography; in particular, the model allows to explore the hypothesis that the complex interplay between increasing return to scale for manufacturing - as a "centripetal force" - and transportation costs - as a "centrifugal force" - can account for the empirical distribution of settlements in the region through the different periods.		'''Overview''': We propose an agent-based model to investigate the demographic pattern in the Titicaca basin observed during the Tiwanaku Empire, a state-level society that rose and fell between approximately 500 B.C. and A.D. 1100. The rationale for the dynamics is provided by Paul Krugman's work on economic geography; in particular, the model allows to explore the hypothesis that the complex interplay between increasing return to scale for manufacturing - as a "centripetal force" - and transportation costs - as a "centrifugal force" - can account for the empirical distribution of settlements in the region through the different periods.

	'''Members''' : [[Randy Haas]], [[Jacopo Tagliabue]], [[Jeremy Barofsky]]		'''Members''' : [[Randy Haas]], [[Jacopo Tagliabue]], [[Jeremy Barofsky]]

			* [[Media:EconoGeogStateEmerg.pdf\|Final Presentation]]
	* [[Media:EconomicGeography_SFIrelease.nlogo\|NetLogo code]]		* [[Media:EconomicGeography_SFIrelease.nlogo\|NetLogo code]]

Apo at 19:52, 1 September 2009

2009-09-01T19:52:46Z

← Older revision		Revision as of 19:52, 1 September 2009
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	*[[Media:SFI2009presentation-mtm.pdf\|presentation]]		*[[Media:SFI2009presentation-mtm.pdf\|presentation]]

			===Economic Geography and State Emergence===
			'''Overview''': We propose an agent-based model to investigate the demographic pattern in the Titicaca basin observed during the Tiwanaku Empire, a state-level society that rose and fell between approximately 500 B.C. and A.D. 1100. The rationale for the dynamics is provided by Paul Krugman's work on economic geography; in particular, the model allows to explore the hypothesis that the complex interplay between increasing return to scale for manufacturing - as a "centripetal force" - and transportation costs - as a "centrifugal force" - can account for the empirical distribution of settlements in the region through the different periods.

			'''Members''' : [[Randy Haas]], [[Jacopo Tagliabue]], [[Jeremy Barofsky]]

			* [[Media:EconomicGeography_SFIrelease.nlogo\|NetLogo code]]

Mcmahon: /* Parallel Agent Based Models */

2009-09-01T01:24:30Z

Parallel Agent Based Models

← Older revision		Revision as of 01:24, 1 September 2009
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	===Parallel Agent Based Models===		===Parallel Agent Based Models===
	'''~~Abstract~~''' Agent based models (ABMs) are characterized by purposive intelligent agents which interact to yield complex emergent behaviors. While each agent operates with an autonomous localized set of rules, these rules typically involve interactions among agents and with the agents’ environment, presenting challenges when attempting to simulate very large populations of agents. At the same time, the scaling properties of complex adaptive systems are such that it is important to study the properties of an ABM over wide ranges of population size. This is because the emergent properties of a system typically change with scope and scale: mammalian basal metabolic rate scales sublinearly with animal mass, and incidence of crime in a city scales superlinearly with city population size. This presentation describes work proposed towards deploying a spatial ABM to a distributed-memory computational cluster.		'''Overview''' Agent based models (ABMs) are characterized by purposive intelligent agents which interact to yield complex emergent behaviors. While each agent operates with an autonomous localized set of rules, these rules typically involve interactions among agents and with the agents’ environment, presenting challenges when attempting to simulate very large populations of agents. At the same time, the scaling properties of complex adaptive systems are such that it is important to study the properties of an ABM over wide ranges of population size. This is because the emergent properties of a system typically change with scope and scale: mammalian basal metabolic rate scales sublinearly with animal mass, and incidence of crime in a city scales superlinearly with city population size. This presentation describes work proposed towards deploying a spatial ABM to a distributed-memory computational cluster.

	'''By''' [[Matt McMahon]]		'''By''' [[Matt McMahon]]

	*[[Media:SFI2009presentation-mtm.pdf\|presentation]]		*[[Media:SFI2009presentation-mtm.pdf\|presentation]]

Mcmahon: /* Parallel Agent Based Models */

2009-09-01T01:24:07Z

Parallel Agent Based Models

← Older revision		Revision as of 01:24, 1 September 2009
Line 118:		Line 118:

	===Parallel Agent Based Models===		===Parallel Agent Based Models===
	'''Abstract''' Agent based models (ABMs) are characterized by purposive intelligent agents which interact to yield complex emergent behaviors. While each agent operates with an autonomous localized set of rules, these rules typically involve interactions among agents and with the agents’ environment, presenting challenges when attempting to simulate very large populations of agents. At the same time, the scaling properties of complex adaptive systems are such that it is important to study the properties of an ABM over wide ranges of population size. This is because the emergent properties of a system typically change with scope and scale: mammalian basal metabolic rate scales sublinearly with animal mass, and incidence of crime in a city scales superlinearly with city population size.		'''Abstract''' Agent based models (ABMs) are characterized by purposive intelligent agents which interact to yield complex emergent behaviors. While each agent operates with an autonomous localized set of rules, these rules typically involve interactions among agents and with the agents’ environment, presenting challenges when attempting to simulate very large populations of agents. At the same time, the scaling properties of complex adaptive systems are such that it is important to study the properties of an ABM over wide ranges of population size. This is because the emergent properties of a system typically change with scope and scale: mammalian basal metabolic rate scales sublinearly with animal mass, and incidence of crime in a city scales superlinearly with city population size. This presentation describes work proposed towards deploying a spatial ABM to a distributed-memory computational cluster.

	'''By''' [[Matt McMahon]]		'''By''' [[Matt McMahon]]

	*[[Media:SFI2009presentation-mtm.pdf\|presentation]]		*[[Media:SFI2009presentation-mtm.pdf\|presentation]]

Mcmahon at 01:23, 1 September 2009

2009-09-01T01:23:13Z

← Older revision		Revision as of 01:23, 1 September 2009
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	'''By''' : [[Varsha Kulkarni]]		'''By''' : [[Varsha Kulkarni]]
	Poster presentation on 7/4/09		Poster presentation on 7/4/09

			===Parallel Agent Based Models===
			'''Abstract''' Agent based models (ABMs) are characterized by purposive intelligent agents which interact to yield complex emergent behaviors. While each agent operates with an autonomous localized set of rules, these rules typically involve interactions among agents and with the agents’ environment, presenting challenges when attempting to simulate very large populations of agents. At the same time, the scaling properties of complex adaptive systems are such that it is important to study the properties of an ABM over wide ranges of population size. This is because the emergent properties of a system typically change with scope and scale: mammalian basal metabolic rate scales sublinearly with animal mass, and incidence of crime in a city scales superlinearly with city population size.

			'''By''' [[Matt McMahon]]

			*[[Media:SFI2009presentation-mtm.pdf\|presentation]]

Vsk.sfi: /* The Effect of Disaggregation on disease spreading in a network (Poster presentation) */

2009-08-23T17:59:23Z

The Effect of Disaggregation on disease spreading in a network (Poster presentation)

← Older revision		Revision as of 17:59, 23 August 2009
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	===The Effect of Disaggregation on disease spreading in a network (Poster presentation)===		===The Effect of Disaggregation on disease spreading in a network (Poster presentation)===
	'''Summary''': Drawing upon past research, this project investigates the dynamics of disease spreading when a network is divided into diverse clusters.		'''Summary''': Drawing upon past research, this project investigates the dynamics of disease spreading when a network is divided into diverse clusters.

	'''By''' : [[Varsha Kulkarni]]		'''By''' : [[Varsha Kulkarni]]
	Poster presentation on 7/4/09		Poster presentation on 7/4/09

Vsk.sfi at 17:50, 23 August 2009

2009-08-23T17:50:12Z

← Older revision		Revision as of 17:50, 23 August 2009
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	* [[Media:Division_of_labor_via_maternal_manipulation.ppt\|Final Presentation]]		* [[Media:Division_of_labor_via_maternal_manipulation.ppt\|Final Presentation]]
	* [[Media:Division_of_labor_via_maternal_manipulation.nlogo\|NetLogo code]]		* [[Media:Division_of_labor_via_maternal_manipulation.nlogo\|NetLogo code]]

			===The Effect of Disaggregation on disease spreading in a network (Poster presentation)===
			'''Summary''': Drawing upon past research, this project investigates the dynamics of disease spreading when a network is divided into diverse clusters.

			'''By''' : [[Varsha Kulkarni]]
			Poster presentation on 7/4/09

Mareen: /* "Mom made me do it" - The evolution of division of labor via maternal manipulation */

2009-08-07T09:00:10Z

"Mom made me do it" - The evolution of division of labor via maternal manipulation

← Older revision		Revision as of 09:00, 7 August 2009
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	* [[Media:Division_of_labor_via_maternal_manipulation.ppt\|Final Presentation]]		* [[Media:Division_of_labor_via_maternal_manipulation.ppt\|Final Presentation]]
	* [[Media:~~Division_of_labor_via_maternal_manipulation_nlogo~~.nlogo\|NetLogo code]]		* [[Media:Division_of_labor_via_maternal_manipulation.nlogo\|NetLogo code]]