Important Note
The speakers have to upload their presentation to the computer
in the lecture hall in advance of their talk (in the morning of the day
of their talk). The time for the talk is 17 min, plus 3 min
discussion.
Last modifications:
2019-11-13, 12:23:47
Programme (with local information, abstracts etc.; PDF, 2.5MB)
All given and shown presentations (talks and posters) as a collection
on a
CD (ISO CD image, 97MB) or
zip-file (zip file, 88MB).
Access password protected.
Programme
The abstracts of the contributions will be published
in the workshop abstract book.
Wednesday, August 26th
Introduction
| 9:00 |
L. Parrott:
Welcome Note
|
| 9:15 |
Ch. L. Webber Jr.:
Remembrance Talk Recurrent Memories of Joe Zbilut and His Remarkable Scientific Career
|
| 10:00 |
N. Marwan:
Introduction Lecture Hot Topics in the Recurrence Plot Field
|
| 10:45 |
Coffee break
|
Methodological Aspects
| 11:15 |
M. Small:
Keynote Lecture Complex Networks from Recurrence Plots and Time Delay Embeddings
|
| 12:00 |
J. Donges, Y. Zou, R. Donner, N. Marwan, J. Kurths:
The Complex Network Approach and Recurrence Quantification Analysis
|
| 12:20 |
F. Strozzi, J.-M. Zaldivar, K. Poljansek, F. Bono and E. Gutierrez:
From complex networks to time series analysis and viceversa: Application to metabolic networks
|
| 12:40 |
Y. Zou, M. C. Romano, M. Thiel, N. Marwan and J. Kurths:
Extracting indirect coupling by means of probabilities of recurrence: revisited
|
| 13:00 |
Lunch
|
| 14:40 |
Y. Hirata, K. Aihara:
Testing serial dependence on recurrence plots
|
| 15:00 |
S. Schinkel, N. Marwan, J. Kurths:
Confidence bounds of recurrence-based complexity measures
|
| 15:20 |
Y. Saiki, M. Yamada:
Time averaged properties along unstable periodic orbits in some systems of differential equations
|
| 15:40 |
Coffee break
|
Applications in Economics
| 16:10 |
P. M. Crowley:
Comparing cycles in the US stockmarket and macroeconomic growth using recurrence plots
|
| 16:30 |
A. Piskun, Vladimir Soloviev, Sergio Piskun:
Recurrence Quantification Analysis of Stock Market Crashes
|
Applications in Engineering
| 16:50 |
G. Litak:
Dynamics of a regenerative cutting process
|
Thursday, August 27th
| 8:50 |
Welcome & miscellaneous announcements |
Applications in Biological Systems I: Psychology
| 9:00 |
S. E. J. Wallot, G. Hollis, G. C. Van Orden.:
Temporal patterns in text reading
|
| 9:20 |
R. F. A. Cox, F. Hasselman:
Insight in Problem Solving: Recurrence Analysis of Structural Changes in Cognition
|
| 9:40 |
G. Varni, A. Camurri, P. Coletta, G. Volpe:
Real-time Computation of Recurrence and Phase Synchronisation in Social Applciations
|
| 10:00 |
F. Hasselman, R. F. A. Cox:
Probing the temporal structure of human interaction: Recurrence analysis of behaviour observation data
|
| 10:20 |
Coffee break
|
| 10:50 |
R. Dale, D. C. Richardson:
Psycholinguistic synchrony: Cross-recurrence shows coordination in the many dimensions of human conversation
|
| 11:10 |
S. Hermann:
Using Synchronization Analysis by Means of Recurrences for Quantification of the Degree of Automobile Driver's Discomfort
|
| 12:30 |
Lunch
|
Workshop
| 14:00 |
Practical Tutorials & Concurrent Poster Session
CRP Toolbox for Matlab, RQA Software
Poster session in the Cafeteria
|
| 19:30 |
Social Event: Supper at "Le Paris-Beurre"
|
Friday, August 28th
| 8:50 |
Welcome & miscellaneous announcements |
Applications in Earth Sciences
| 9:00 |
H. Lange:
Keynote Lecture Recurrence Quantification Analysis in ecosystem research: examples and possibilities
|
| 9:45 |
S. Li, Z. Zhao, Y. Gao, Y. Wang:
Determining the predictability and the spatial pattern of urban vegetation using recurrence quantification analysis: A case study in Shenzhen City
Z. Zhao, S. Li:
Identifying spatial patterns and dynamics of climate
complexity using recurrence quantification analysis:
A case study of Qinghai-Tibet Plateau, China
|
| 10:05 |
R. Proulx, L. Fahrig, L. Parrott, D. Currie:
Predicting mammal species richness at the global scale: Resource
|
| 10:25 |
Coffee break
|
Applications in Biological Systems II: Cardiology and Medical Problems
| 11:00 |
Ch. L. Webber, Jr., Zh. Hu, J. Akar:
The importance of recurrent singularities in cardiac dynamics
|
| 11:20 |
K. Andrade
Recurrence quantification analysis of single auditory evoked potential acquired in the MR environment
|
| 11:40 |
D. Chuckravanen, M. Angelova, A. St. Clair Gibson, K. Thomas, M. Stone, L. Ansley, K. G. Thompson:
Recurrence quantification analysis of the system control Mechanisms
|
| 12:00 |
S. Carrubba:
Effects of magnetic fields on human brain activity detected by recurrence analysis
|
| 12:20 |
A. Schumacher, B. Waghorn, N. Yanasak, T. Hu
Nonlinear Assessment of Manganese-enhanced Magnetic Resonance Images with Recurrence Quantification Analysis
|
| 12:40 |
Lunch
|
| 15:30 |
Excursion to a traditional maple sugar shack
|
Poster
Methodological Aspects
| Poster 1 |
E. J. Ngamga, J. Kurths
Characteristic Distributions of the Mean Recurrence Time
|
Applications in Economics
| Poster 2 |
P. M. Crowley, A. P. Schultz
Measuring the Intermittent Synchronicity of Macroeconomic Growth in Europe
|
Applications in Engineering
| Poster 3 |
R. Donner, U. Hinrichs
Symbolic recurrence plots – Theory and application to traffic and production systems
|
Applications in Earth Sciences
| Poster 4 |
F. Angermüller, H. Lange, G. Lasslop, M. Reichstein:
Recurrence Quantification Analysis of carbon fluxes
|
| Poster 5 |
R. Donner, H. von Suchodoletz
Similarity structures and dynamical transitions in uni- and multivariate palaeoclimatic time series: A recurrence plot approach
|
Applications in Biological Systems
| Poster 6 |
H. Castellini
Using RQA to study the nonlinear viscoelastic behavior of red blood cells
|
| Poster 7 |
A. Novellino, J.-M. Zaldivar Comenges
Characterization of neuronal activity of Multielectrode Arrays using Recurrence Quantification Analysis
|
| Poster 8 |
K. Andrade
Recurrence quantification analysis of single auditory evoked potential acquired in the MR environment
Talk Friday 11:20 |
| Poster 9 |
N. Kuznetsov, M. A. Riley, J. Gottschall, V. Lippens
Detecting Deterministic Structure in Time Series of Human Balance Performance: A Comparison of RQA and the Langevin Method
|
| Poster 10 |
Chr. K. Rhea, A. W. Kiefer, J. A. Weast, S. Cumins-Sebree, K. Shockley, M. A. Riley
Global vs. individual input parameter selection: Impacts on analyzing human postural time series
|
| Poster 11 |
A. W. Kiefer, J. A. Weast, S. Teredesai, S. Cumins-Sebree, K. Shockley, M. A. Riley, J. Haas
Young ballet dancers exhibit different postural sway dynamics than untrained controls
|
|
