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#time series analysis

10 results
stat.ME2019

A new Granger causality measure for eliminating the confounding influence of latent common inputs

Takashi Arai

The paper introduces a Granger causality measure that reduces bias from hidden common inputs, shows its test statistic follows an F‑distribution under no interaction, and provides…

#granger causality#latent confounders#time series analysis#causal inference
astro-ph.IM2019

Stingray: A Modern Python Library For Spectral Timing

D. Huppenkothen, M. Bachetti, A. L. Stevens +9

Stingray is a Python library designed for spectral-timing analysis of astronomical light curves, providing Fourier analysis tools, pulsar data handling, simulation, and statistical…

#spectral timing#time series analysis#python library#fourier analysis
q-bio.OT2019

A New Framework For Spatial Modeling And Synthesis of Genome Sequence

Salman Mohamadi, Farhang Yeganegi, Hamidreza Amindavar

The paper proposes a statistical framework that converts genome sequences into numeric form, separates trend and cyclic components, and models them with ARIMA‑GARCH and Gaussian mi…

#genome sequence modeling#time series analysis#statistical synthesis#ARIMA
physics.soc-ph2019

Detecting individual internal displacements following a sudden-onset disaster using time series analysis of call detail records

Tracey Li, Jesper Dejby, Maximilian Albert +2

The paper introduces a method that uses mobile phone call detail records and time‑series step detection to identify individual internal displacements after sudden‑onset disasters,…

#internal displacement#call detail records#time series analysis#disaster response
astro-ph.EP2019

Recurrence Network Analysis of Exoplanetary Observables

Tamas Kovacs

The paper applies recurrence network methods from complex systems to both simulated and observed exoplanetary time series, showing that network measures can distinguish different d…

#exoplanets#recurrence networks#complex networks#dynamical systems
stat.ML2019

Inferring linear and nonlinear Interaction networks using neighborhood support vector machines

Kamel Jebreen, Badih Ghattas

The paper proposes two methods for inferring interaction networks from high‑dimensional time‑series data: a neighborhood support vector machine approach and a restricted Bayesian n…

#interaction network inference#time series analysis#high-dimensional data#support vector machines
math.ST2019

A new method for the robust characterisation of pairwise statistical dependency between point processes

Antoine Messager, Nicos Georgiou, Luc Berthouze

The paper introduces an analytical method to robustly detect pairwise statistical dependencies between point processes, providing exact expectations, variance, and a Z‑score that r…

#point processes#pairwise dependency#hypothesis testing#network inference
q-bio.OT2019

Is type 1 diabetes a chaotic phenomenon?

Jean-Marc Ginoux, Heikki Ruskeepää, Matjaž Perc +6

The authors analyzed minute‑by‑minute glucose measurements from ten type‑1 diabetes patients during nighttime sleep and applied nonlinear time‑series methods (delay embedding, corr…

#type 1 diabetes#continuous glucose monitoring#chaos detection#time series analysis
cs.CY2019

Road Accidents in the UK (Analysis and Visualization)

Anjul Tyagi, Ayush Kumar, Anshul Gandhi +1

The paper applies Multiple Correspondence Analysis, hypothesis testing, and time‑series methods to identify and visualize key factors influencing road accidents in the UK.

#road safety#multiple correspondence analysis#data visualization#hypothesis testing
physics.soc-ph2019

Bursty time series analysis for temporal networks

Hang-Hyun Jo, Takayuki Hiraoka

The paper reviews methods for analyzing bursty temporal interaction patterns in temporal networks, describing measures such as interevent time distributions, burstiness, memory, an…

#bursty dynamics#temporal networks#interevent time correlations#spreading processes