Ordinal Spectrum for detecting complexity levels in different time series.
A symbol-based Spectrum methodology detecting Chaos and linear behavior in (a,b) epidemics, (c) sunspots, (d,f) epilepsy datasets. A useful method for synthetic linear and nonlinear models. Don't miss it!
Editorial: Nonlinear dynamics and networks in sports (Published)
Editorial of the Special Issue published in chaos, Sol & Fractal. Elsevier
Resting-state dynamics from MEG, symbolic analysis and networks (Published)
Frequency bands exhibit different cortical spatio-temporal patterns in dynamics & structure for subjects in resting-state.
Pitch networks reveal organizational & spatial patterns of Guardiola's FC Barcelona (Published)
Season 2009/2010. The football field can be seen now as physical dynamical system. A multi-scale analysis of the pitch networks of the Barcelona FC. Chaos Solitons & Fractals Journal
Epidemic Symbols Networks (Published)
Using symbolic networks to analyse dynamical properties of disease outbreaks like flu, dengue and malaria. (Proc Roy Soc A)
Social Networks & Soccer (Published)
Spatio-Temporal entropy measured on pitch-passes & evolving soccer networks (Entropy. J)
Info theory & Alzheimers (Published)
Info theory and Permutation entropy display relevant differences in ROI's & Sensors. Alheimer's disease, MEG, freq Bands & Statistical Complexity are analysed here
In defense of the simple (Published)
We conclude that the operational use of complicated methods in isomorphisms can be justified only by showing that they out-perform well-understood traditional statistics, such as Euclidean metrics. Here we compare a difussion-kernel, a dissimilarity measure and the underestimated but very useful Frobenius.
Ordinal synchronization comparison
We present a new measure for capturing the interdependence of two natural signals based on symbolic dynamics. We compare it with mutual information, phase locking value, Pearson correlation and coherence.
Time reversibility (Published)
A new method for Detecting time reversibility in time series by ordinal patterns analysis.
Football Networks (Published)
We are concerned about its potential to analyze one of the most extended group sports: Football.
Multiplex Social Network (Published)
Implications of the heterogeneity of inter-layer links in a two-layer social multiplex of musical artists
Dynamics-Topology bridge (Published)
The classical problem of the dynamics-structure interplay in complex networks (coevolutionary complex networks).
Hemispheric Competition (Published)
Do our hemispheres compete? This work is devoted to understand how the competition for centrality in brain hemispheres is.
Risky Small-Worldness (Published)
Is the Small-Wordness metric useful to quantify whether a brain complex network is actually small-word? In this work we revisited this metric in functional networks.
Evolving Networks (Published)
Complex networks are not static systems. In this work we propose the evaluation of several network properties due to time-steps with fixed lengths. We contrast the obtained features of both young and old individuals facing a memory maintenance.
Functional Hubs (Published)
Although there exist different measures of network centralities, Eigenvector centrality is called to be the most relevant in a scenario in which is important to differentiate the most relevant hubs between two different populations, controls and cognitive disease subjects.
Anomalous Networks (Published)
A new subtype of functional brain networks to unveil the inner dynamics of node's consistency, in this case for Mild Cognitive Impairment using MEG data.
Competitive Scenarios (Published)
Small and Medium Enterprises (SMEs) compete for new strategic scenarios to invest their incomes based on needs and distribution channels. A complex systems approach offers different perspectives to understand SMEs' behavior finding new strategic competitive sectors.
Quantum Microtubules (Published)
Quantum consciousness theory offers many platforms to the understanding biological signal transport phenomena. This quantum model describes how a GTP-ATP- reaction free electron travels along several double potential wells. Some pseudo-quantum states (resonances) characterize the electronic transport phenomenon of Microtubules.
Brain Networks Chapter (Published)
Functional networks under the perspective of graph theory. A simple fieldtrip around complex network in neuroscience. Chapter No. 8 in the published book: Conectividad funcional y anatómica en el cerebro humano: Análisis de señales y aplicaciones en ciencias de la salud. ISBN-10: 8490225257 by Elsevier Ed.
WWWW Network (in-preparation)
World Wide Web of Wastes. Coming soon!
Sci Collaborations (in-preparation)
Efficient scientific collaborations among different countries are described here in terms of how country-networks are connected.
Neural Petri Net (Submitted)
Petri Nets approach to visualize how tokes (conscious correlates) travel along neural pathways in the aggressive behavior. Petri nets are useful tools to understand the logistic pathways among several non cortical nodes.
Time-varying networks for human gut microbiota
Operational taxonomic units form abundance networks that evolve respecting human age. A network characterization approach to find differences between gut microbiota.
Intervention I (Exhibited)
Process Artwork Neuron. Intervention upon a network model. Neuromancia. International year of neuroscience. Madrid, Spain
Intervention Artwork II (Exhibited)
Process Artwork. Applied simulation to a depression case. EnRedando por tu mente. Unesco & European Month of the Brain
Intervention III (Exhibited)
Process Artwork. The latent relationship between art and science. The international Neuromancia art exposition exhibit three artwork pieces associated to the topics: the entanglement, the network, the brain and the thoughts.
Poster award. Best posters by ELSEVIER and Journal Chaos Solitons & Fractals. Experimental Chaos Conference. 2018. Spain
Cell Culture Networks
(Poster Acsesit Winner at NetWork Conference. Spain) International Conference of Complex Networks. Interrelation between inner dynamic of ISIs (Inter spike intervals) and functional complex network based on in-vitro cultures.