Group Pages: Difference between revisions
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*[[Simulating Self-Organised Fractals]]: An attempt to build a computer simulation of Hubler's first experiment. | *[[Simulating Self-Organised Fractals]]: An attempt to build a computer simulation of Hubler's first experiment. | ||
*[[Chaos in a Corn Field]] | |||
Revision as of 03:52, 20 June 2006
- David-Fabrice-Javier Group Study of network generation
- WikiPeer Group Study of two reputation voting models
- Biological regulatory networks group Study of biological regulatory networks with stochastic boolean models
- RNAnet a RNA based toy model for regulatory networks
- Time-Delayed Embedding project aimed at learning the method and applying it to interesting datasets.
- Social Networks and Dynamic Analysis: using event-data to model conflict and cooperation networks.
- Power-laws, Conflict and Cooperation: using event-data to investigate whether conflict and cooperation events follow a power-law distribution.
- World Order and Stability: applying foodweb dynamics to model stability in a uni-polar versus a multi-polar world order.
- Negative Event Driven Ethnic Migration : An agent-based model of ethnic migration from negative events. Built with Schelling Dynamics in simultaneous spatial and social network structures.
- Diffusion of "Culture" in a Network with Multiple Types of Ties: An analysis of how rules governing the formation and breaking of ties propagates in a network with two different types of ties associated with different rules.
- An Optimization Algorithm Based on the Small-World Phenomenon :Inspired by the efficient search mechanisms of small-world phenomena, we will construct an optimization algorithm based on the combination of local and long-range search.
- Community Structure in Small-world and Scale-free Networks:Detecting the community structure in Watts and Strogatz’s small-world network and Barabàsi’s scale-free network.
- Games and networks: An evolutionary model inspired by animal groups
- Simulating Self-Organised Fractals: An attempt to build a computer simulation of Hubler's first experiment.