Browsing by Author "Solé, Ricard Vicenç"
Now showing items 1-8 of 8
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A Computational characterization of collective chaos
Delgado Pin, Jordi; Solé, Ricard Vicenç (1998-06)
Research report
Open AccessWe suggest that the interaction of a Globally Coupled Map (GCM) with an individual element inside the system is, from a computational point of view, indistinguishable of a mu,epsilon-dependent noise in the turbulent ... -
A simple spatiotemporal evolution model of a transmission power grid
Rosas Casals, Martí; Valverde, Sergi; Solé, Ricard Vicenç (2018-02-22)
Article
Open AccessIn this paper, we present a model for the spatial and temporal evolution of a particularly large human-made network: the 400-kV French transmission power grid. This is based on 1) an attachment procedure that diminishes ... -
Evidence of a noise induced transition in fluid neural networks
Delgado Pin, Jordi; Solé, Ricard Vicenç (1995-03)
Research report
Open AccessSubmitted to Physica D. Focusing on a phenomenon observed in the temporal patterns of activity behavior of Leptothorax ants, we introduce the notion of Noise Induced Computation. We study, from a Noise Induced Transition ... -
Evolving protein interaction networks through gene duplication
Pastor Satorras, Romualdo; Smith, E; Solé, Ricard Vicenç (2003-05-21)
Article
Open AccessThe topology of the proteome map revealed by recent large-scale hybridization methods has shown that the distribution of protein–protein interactions is highly heterogeneous, with many proteins having few edges while a few ... -
Field theory for a reaction-diffusion model of quasispecies dynamics
Pastor Satorras, Romualdo; Solé, Ricard Vicenç (2001-10-24)
Article
Open AccessRNA viruses are known to replicate with extremely high mutation rates. These rates are actually close to the so-called error threshold. This threshold is in fact a critical point beyond which genetic information is lost ... -
Mean field theory of fluid neural networks
Delgado Pin, Jordi; Solé, Ricard Vicenç (1997-06)
Research report
Open AccessFluid Neural Networks (FNN) are a mathematical framework where the phenomenon of self-synchronization in ant colonies can be explained, predicting the model a critical density, i.e. a density where oscillations appear, ... -
Pattern formation and optimization in army ant raids
Solé, Ricard Vicenç; Bonabeau, Eric; Fernández, P.; Delgado Pin, Jordi; Marín Sánchez, Jesús (1999-12)
Research report
Open AccessArmy ant colonies display complex foraging raid patterns involving thousands of individuals communicating through chemical trails. In this paper we explore, by means of a simple search algorithm, the properties of these ... -
Self-synchronization and task fulfilment in ant colonies
Delgado Pin, Jordi; Solé, Ricard Vicenç (1999-12-01)
Research report
Open AccessSome authors have hypothesized that the observed self-synchronized activity in ant colonies provides some adaptive advantages, and, in particular, it has been suggested that task realization may benefit from this ordered ...