Top Tweets for #Recurrence_plots
Here we quantitatively studied the base of the food web—phytoplankton, acritarchs and some groups of the zooplankton using different approaches including #Recurrence_plots which were used in revealing the coordination of diversity dynamics of the phytoplankton and graptolites 3/8
Interesting study using #Recurrence_plots investigated multiple transitions from wet to dry periods in Africa:
"Together with events of extreme wetness at the end of the transition, these droughts form a pronounced climate “flickering”..." #early_warnings
https://t.co/4eq5LlH5Ck
New measure for quantifying the overall line-based pattern in #recurrence_plots https://t.co/UdqvsxFyeU
📢Testing nonlinearity in heart rate variability time series via #recurrence_plots. 👉Pathological conditions may suppress nonlinear dynamics
New Research: Recurrence Quantitative Analysis of Wavelet-Based Surrogate Data for Nonlinearity Testing in Heart Rate Variability https://t.co/WHMbN4CPJK #Physiology
The 9th international symposium on #recurrence_plots will start in a few hours in Lublin, Poland, jointly organised by University of Technology Lublin and @PIK_Climate
Published! CC: @SimonaRinkevii1 and @Garbaras . HiRes stratigraphy, #ostracods , #Recurrence_plots and the #Mulde_Event / #lundgreni_Event .
RECENTLY PUBLISHED: Dynamics of ostracod communities throughout the Mulde/lundgreni event: contrasting patterns of species richness and palaeocommunity compositional change.
Read on the Lyell Collection: https://t.co/qrkv8jZKDh
#FossilFriday
Several exciting pattern were revealed using #recurrence_plots and local diversity estimation. The lundgreni event horizon was typified by a complete extirpation of ostracods. Although theyr diversity recoverred immediately, and the effect of the perturbation was ephemeral. 2/n
Awesome study deciphering Cenozoic climate using appropriate for system so complex nonlinear #recurrence_plots techniques!
#recurrence_plot based investigation of new high resolution palaeoclimate record just published in @ScienceMagazine https://t.co/YaYi0WjkXi
Encoding Time Series as Multi-Scale Signed #recurrence_plots for Classification Using Fully Convolutional Networks
https://t.co/4cIM9geWyO
We studied generalized synchronization between ENSO and hydrological variables in Colombia using #recurrence_plots https://t.co/iobCuKO9lk
Influence of attractor stability of intrinsic coordination patterns studied using #recurrence_plots https://t.co/hiphx2q92A
Convolutional Neural Network Analysis of #recurrence_plots for Anomaly Detection https://t.co/4Cl4aIHNvk
Using #recurrence_plots, we recently showed that transition to limit cycle oscillations is also possible when different chaotic oscillators are coupled https://t.co/mpcZwNBBXd
Synchronization transition from chaos to limit cycle oscillations when a locally coupled chaotic oscillator grid is coupled globally to another chaotic oscillator – detected using #recurrence_plots https://t.co/KWTc5hA84L
Looks like #recurrence_plots of temporal networks … Detecting sequences of system states in temporal networks https://t.co/uGG9w3YzVU https://t.co/lMdTf7dUSq
Study on interaction between humans and elephants, using cross #recurrence_plots https://t.co/aURuPIUQzz (based on CRQA as introduced in https://t.co/Jct7sCL33C)
We combined #recurrence_plots #complexnetworks and #machinelearning for a learning system for detecting driver fatigue from EEG signals https://t.co/iSNbSArMoM
Using #recurrence_plots for a fast automatic detection of geological boundaries https://t.co/nHdFgeVVlt
Quadrant scan for multi-scale transition detection using #recurrence_plots https://t.co/I3TIRJFbSA @ProfMSmall @AIP_Publishing
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