A decision-making Fokker-Planck model in computational neuroscience 

Carrillo, José A.; Cordier, Stéphane; Mancini, Simona (2010-01)

Minimal models for the explanation of decision-making in computational neuroscience are based on the analysis of the evolution for the average firing rates of two interacting neuron populations. While these models typically ...

Bayesian network studies for splicing regulatory elements 

Kedzierska, Anna Magdalena (2008)

miRecSurv Package: Prentice-Williams-Peterson Models with Multiple Imputation of Unknown Number of Previous Episodes 

Moriña, D.; Hernández-Herrera, G.; Navarro, A. (2021-12-01)

Left censoring can occur with relative frequency when analyzing recurrent events in epidemiological studies, especially observational ones. Concretely, the inclusion of individuals that were already at risk before the ...

The role of fixed delays in neuronal rate models 

Montbrió, Ernest; Roxin, Alex (2009-09)

Fixed delays in neuronal interactions arise through synaptic and dendritic processing. Previous work has shown that such delays, which play an important role in shaping the dynamics of networks of large numbers of spiking ...

Theoretical aspects of graph models for MANETs 

Díaz, Josep; Mitsche, Dieter; Santi, Paolo (2010-03)

We survey the main theoretical aspects of models for Mobile Ad Hoc Networks (MANETs). We present theoretical characterizations of mobile network structural properties, different dynamic graph models of MANETs, and finally ...