activity
20122014
most citedA new method for comparing rankings through complex networks: Model and analysis of competitiveness of major European soccer leagues

36 citations · 49 across the 6 of their papers we have counts for

collaborators

6 papers

physics.soc-ph2014

Comparing series of rankings with ties by using complex networks: An analysis of the spanish stock market (IBEX-35 index)

F. Pedroche, R. Criado, E. Garcia +2

In this paper we extend the concept of Competitivity Graph to compare series of rankings with ties ({\em partial rankings}). We extend the usual method used to compute Kendall's co…

math.CO2013★ 2 cited

Comparing rankings by means of competitivity graphs: structural properties and computation

Regino Criado, Esther Garcia, Francisco Pedroche +1

In this paper we introduce a new technique to analyze families of rankings focused on the study of structural properties of a new type of graphs. Given a finite number of elements…

math.OC2013★ 9 cited

On the convergence of weighted-average consensus

Francisco Pedroche, Miguel Rebollo, Carlos Carrascosa +1

In this note we give sufficient conditions for the convergence of the iterative algorithm called weighted-average consensus in directed graphs. We study the discrete-time form of t…

physics.soc-ph2013★ 36 cited

A new method for comparing rankings through complex networks: Model and analysis of competitiveness of major European soccer leagues

Regino Criado, Esther Garcia, Francisco Pedroche +1

In this paper we show a new technique to analyze families of rankings. In particular we focus on sports rankings and, more precisely, on soccer leagues. We consider that two teams…

cs.DM2012

On the Localization of the Personalized PageRank of Complex Networks

Esther Garcia, Francisco Pedroche, Miguel Romance

In this paper new results on personalized PageRank are shown. We consider directed graphs that may contain dangling nodes. The main result presented gives an analytical characteriz…

cs.DM2012★ 2 cited

L-RCM: a method to detect connected components in undirected graphs by using the Laplacian matrix and the RCM algorithm

Francisco Pedroche, Miguel Rebollo, Carlos Carrascosa +1

In this paper we consider undirected graphs with no loops and multiple edges, consisting of k connected components. In these cases, it is well known that one can find a numbering o…