Edi t Editor Editor Christos H. Skiadas June 1 - 4, 2010 Chania Crete Greece
Oct 25, 2014
Edi t
Editor
Editor
Christos H. Skiadas
June 1 - 4, 2010
Chania Crete Greece
ii
MAICh
Prefecture of Chania
Swets
iii
Introduction
Chaotic Modeling and Simulation International Conference
Chania, Crete (Greece) June 1 - 4, 2010
It is our pleasure to welcome the guests, participants and contributors to the 3nd International Conference (CHAOS2010) on Chaotic Modeling, Simulation and Applications. The study of nonlinear systems and dynamics has emerged as a major area of interdisciplinary research and found very interesting applications. This conference is intended to provide a widely selected forum among Scientists and Engineers to exchange ideas, methods, and techniques in the field of Nonlinear Dynamics, Chaos, Fractals and their applications in General Science and in Engineering Sciences.
The principal aim of CHAOS2010 International Conference is to expand the development of the theories of the applied nonlinear field, the methods and the empirical data and computer techniques, and the best theoretical achievements of chaotic theory as well. CHAOS2010 Conference provides a forum for bringing the various groups working in the area of Nonlinear Systems and Dynamics, Chaotic theory and Application for exchanging views and reporting research findings.
We thank all the contributors to the success of this conference and especially the authors of this Book of Abstracts of CHAOS 2010.
Chania, May 2010
Christos H. SkiadasConference Chair
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Honorary Committee
David Ruelle Academie des Sciences de ParisHonorary Professor at the Institut des Hautes Etudes Scientifiques of Bures-sur-Yvette, FranceLeon O. ChuaEECS Department, University of California, Berkeley, USAEditor of the International Journal of Bifurcation and ChaosJi-Huan HeDonghua University, Shanghai, ChinaEditor of Int. Journal of Nonlinear Sciences and Numerical SimulationGannady A. LeonovDean of Mathematics and Mechanics Faculty, Saint-Petersburg State University, RussiaMember (corresponding) of Russian Academy of ScienceFerdinand VerhulstMathematics Faculty, Utrecht, The Netherlands
International Scientific CommitteeC. H. Skiadas (Technical University of Crete, Chania, Greece),
Chair
H. Adeli (The Ohio State University, USA)
J.-O. Aidanpaa (Division of Solid Mechanics, Lulea University of Technology, Sweden)
N. Akhmediev ( Australian National University, Australia )
M. Amabili (McGill University, Montreal, Canada)
J. Awrejcewicz (Technical University of Lodz, Poland)
J. M. Balthazar (UNESP-Rio Claro, State University of Sao Paulo, Brasil)
S. Bishop (University College London, UK)
T. Bountis (University of Patras, Greece)
Y. S. Boutalis (Democritus University of Thrace, Greece)
C. Chandre (Centre de Physique Theorique, Marseille, France)
M. Christodoulou (Technical University of Crete, Chania, Crete, Greece)
P. Commendatore (Universit? di Napoli 'Federico II', Italy)
D. Dhar (Tata Institute of Fundamental Research, India)
J. Dimotikalis (Technological Educational Institute, Crete, Greece)
B. Epureanu (University of Michigan, Ann Arbor, MI, USA)
G. Fagiolo (Sant'Anna School of Advanced Studies, Pisa, Italy)
V. Grigoras (University of Iasi, Romania)
K. Hagan, University of Limerick, Ireland
L. Hong (Xi'an Jiaotong University, Xi'an, Shaanxi, China)
G. Hunt (Centre for Nonlinear Mechanics, University of Bath, Bath, UK)
T. Kapitaniak (Technical University of Lodz, Lodz, Poland)
G. P. Kapoor (Indian Institute of Technology Kanpur, Kanpur, India)
A. Katsirikou, (University of Piraeus, Library) Conference Secretary
A. Kolesnikov (Southern Federal University, Russia)
J. Kretz (University of Music and Performing Arts, Vienna, Austria)
V. Krysko (Dept. of Math. and Modeling, Saratov State Technical University, Russia)
W. Li (Northwestern Polytechnical University, China)
B. L. Lan (School of Engineering, Monash University, Selangor, Malaysia)
V J Law (Dublin City University, Glasnevin, Dublin, Ireland)
V. Lucarini (University of Bologna, Italy)
J. A. T. Machado (ISEP-Institute of Engineering of Porto, Porto, Portugal)
W. M. Macek (Cardinal Stefan Wyszynski University, Warsaw, Poland)
P. Mahanti (University of New Brunswick, Saint John, Canada)
G. M. Mahmoud (Assiut University, Assiut, Egypt)
P. Manneville (Laboratoire d'Hydrodynamique, Ecole Polytechnique, France)
A. S. Mikhailov (Fritz Haber Institute of Max Planck Society, Berlin, Germany)
E. R. Miranda (University of Plymouth, UK)
M. S. M. Noorani (University Kebangsaan Malaysia)
G. V. Orman (Transilvania University of Brasov, Romania)
S. Panchev (Bulgarian Academy of Sciences, Bulgaria)
G. Pedrizzetti (University of Trieste, Trieste, Italy)
F. Pellicano (Universita di Modena e Reggio Emilia, Italy)
S. V. Prants (Pacific Oceanological Institute of RAS, Vladivostok, Russia)
A.G. Ramm (Kansas State University, Kansas, USA)
G. Rega (University of Rome "La Sapienza", Italy)
H. Skiadas (Hanover College, Hanover, USA)
V. Snasel (VSB-Technical University of Ostrava, Czech)
D. Sotiropoulos (Technical University of Crete, Chania, Crete, Greece)
B. Spagnolo (University of Palermo, Italy)
P. D. Spanos (Rice University, Houston, TX, USA)
J. C. Sprott (University of Wisconsin, Madison, WI, USA)
S. Thurner (Medical University of Vienna, Austria)
D. Trigiante (Universit? di Firenze, Firenze, Italy)
G. Unal (Yeditepe University, Istanbul, Turkey)
A. Valyaev (Nuclear Safety Institute of RAS, Russia)
A. Vakakis (National Technical University of Athens, Greece)
J. P. van der Weele (University of Patras, Greece)
M. Wiercigroch (University of Aberdeen, Aberdeen, Scotland, UK)
M. V. Zakrzhevsky (Institute of Mechanics, Riga Technical University, Latvia)
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Keynote Talks
Gennady LeonovMember (corresponding) of Russian Academy of ScienceDean of Mathematics and Mechanics FacultySaint-Petersburg State University, RussiaAttractors, limit cycles and homoclinic orbits of low dimensional quadratic systems
Sergey V. PrantsLaboratory of Nonlinear Dynamical SystemsPacific Oceanological Institute of the Russian Academy of SciencesVladivostok, RussiaDe Broglie-wave chaos
Alexander G. RammMathematics Department, Kansas State UniversityManhattan, KS 66506-2602, USAhttp://www.math.ksu.edu/~rammScattering by many small inhomogeneities
Valentin V. SokolovBudker Institute of Nuclear Physics and Novosibirsk Technical UniversityNovosibirsk, RussiaClassical Versus Quantum Dynamical Chaos: Sensitivity to External Perturbations, Stability and Reversibility
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Contents
Authors Title Page
Mina B. Abd-el-Malek,Hossam S. Hassan
Solution of Burgers’ equation via Lie-group analysis 1
Jan-Olov Aidanpää and Göran Lindkvist
Dynamics of a Rubbing Jeffcott Rotor with Three Blades
1
M. Amabili, K. Karagiozis, S. Farhadi, K. Khorshidi
Nonlinear vibration of plates with different boundary conditions using higher order theory
1
Ivan L.Andronov Chaos, Quasi-Periodicity and Multi-Periodicity in Stars: Mathematical Modeling, Physical Theory vs Astronomical Observations
2
Dorota Aniszewska, Marek Rybaczuk
Exploring process of fibre breaking in NOL samples of composite during quasi-static process of fracture
2
Raina Arora, Nita Parekh Controlling Dynamical Networks 3
Artemyev A.V., Neishtadt A.I., Zelenyi L.M
The peculiarities of the motion of charged particle in space plasma configuration
4
George Atsalakis and Christos H. Skiadas
Forecasting the diffusion of technology 4
Minos Axenides and Emmanouel Floratos
Strange Attractors in Dissipative Nambu Mechanics 4
L.N. Bagautdinova, F.M. Gaisin, E.E. Son
The turbulent phase of the multichannel discharge burning with the electrolytic cathode
5
Zygmunt Bak Modulated fractals as the projections of the (+)-D
fractals
5
Jayanta K. Bhattacharjee, Sagar Chakraborty and Amartya Sarkar
A Methodology for Classifying Periodic Orbits 6
Barbashin M. U. Ethnicity and Ethnic Processes: The Chaos Theory 6
R.Sh.Basyrov, Al.F.Gaysin Turbulent mixing in Gas Vapor Discharge Plasma with jet electrolyte cathode
7
Biri Venceslas, GiroudAnthony
Using chaotic maps for heterogeneous fog rendering in computer graphics
7
Katarzyna Bizon, Gaetano Continillo and Marek Berezowski
Model reduction by empirical spectral methods via sampling of chaotic orbits
7
A. Bogomolov, S. Pavluchenko, A. Toporensky
Escaping rate statistics for two chaotic systems in astrophysics
8
Yu.L.Bolotin, V.A.Cherkaskiy, G.I.Ivashkevich
Over-barrier decay of the mixed state in multi-well potentials
8
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Volodymyr Bondarenko and Iryna Kovalevska
Record keeping of systems of random engineering characteristics of support during calculation of under border stresses of the rocks
9
D. Borgogno, D. Grasso, F. Pegoraro, T.J. Schep
Lagrangian coherent structures in three-dimensional collisionless magnetic reconnection events
9
Wojciech Borkowski & Andrzej Nowak
Can artificial neural networks mimic arbitrary dynamics?
9
Vitalii V. Breus Chaos in Cataclysmic Variables: Spin Pulses in Intermediate Polars
10
O. Cakar, O. O. Aybar, A. S. Hacinliyan, I. Kusbeyzi
Chaoticity in the Time Evolution of Foreign Currency Exchange Rates in Turkey
10
Acilina Caneco, Clara Grácio and J. Leonel Rocha
Symbolic dynamics and chaotic synchronization 12
Alberto Carrassi and Stephane Vannitsem
Accounting for model error in data assimilation 12
N. D. Chavda, V. Potbhare Transition form Poisson to GOE in Finite Interacting Boson System (using one- plus two-body random matrix ensembles with spin)
13
N. D. Chavda, V. Potbhare Average-fluctuation separation in Finite Interacting Boson System (using one- plus two-body random matrix ensembles with spin)
13
N.I. Chernobrovkina Legal chaos as the result of interaction of the institutional order poles
13
Chernous V.V. Social chaos in the process of regional institutional reforms in the South of Russia and the Caucasus
14
Lidia L.Chinarova, IvanL.Andronov
Chaos in Cataclysmic Variables: Outbursts in the UGSS Dwarf Nova Stars
14
Octaviana Datcu, Jean-Pierre Barbot, Adriana Vlad
New Enciphering Algorithm Based on Chaotic Generalized Hé non Map
14
Ezequiel Del Rio, Sergio Elaskar, Jose M Donoso and Luis Conde
Characteristic Relations and Reinjection Probability Densities of Type-II and II Intermittencies
15
Vijay Dhadke Comparative thermal Analysis of disc and drum brake Performance
15
Dick O.E. Multifractal and wavelet analysis of epileptic seizures 16
Yiannis Dimotikalis Application of Local Forecasting Methods to Greek Stock Exchange Data
17
D. Domanska Fuzzy weather forecast in forecasting pollution concentrations
17
N.N. Efimov, A.S. Oshchepkov, А.В. Ryzhkov
Dynamics of burning out of particles of the fuel dust in volume of the fire chamber of the copper
18
P. Oseloka Ezepue, O. Anwar Bé g & Alireza Heidari
Chaos, complexity theory, global financial crisis and the prospects for financial engineering research in (pre-emerging) financial markets: a work -in- progress
18
V.I. Filippenko Resolvents of linear operators, generated by 19
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generalized quasi-differential expression
Ruben Fossion, Emmanuel Landa, Victor Velazquez, Alfred U’Ren, Alejandro Frank
The dripping laser: quantum chaos in a phase transition in light
19
Mădălin Frunzete, Adrian Luca, Adriana Vlad
On the Statistical Independence in the Context of the Rössler Map
20
Kenta Fukushima, Vladimir Ryabov
Analysis of homoclinic bifurcation in Duffing oscillator under two-frequency excitation: Peculiarity of usingMelnikov method in combination with averaging technique
21
Gennady G. Galustov Creativity of information systems from the standpoints of synergetics
21
Al.F.Gaysin, Az.F.Gaysin, F.M.Gaysin
Gas-vapour discharge between jet electrolyte cathode and solid anode at low pressures
22
Y. А. Gelozhe, A. V. Semenov
Processes ordering in nonlinear automatic phase control system
22
Αnastasia Georgaki and Cristos Tsolakis
Pre-fractal patterns in Iannis Xenakis’ algorithmic composition: a critical approach
22
G.I. Gerasimov Synergetic potential of developmental education concepts
23
Evgeniya Gerasimova, Oleg Naimark
Structural-scaling transitions and nonlinear chaotic dynamics of DNA ensembles
23
R. Gheisari Forced Chemical Confinement Fusion in Two Layers of Hydrogen Isotopes: Using A Difference Equations Approach
24
Gheisari R., Mohamadsalehi F.
Solution of Time-space Dependent Equations As Balance Transport Equations and Stability of The Numerical Method in Two Layers Reactor Design of Muon Catalyzed Fusion
24
N.M. Glazunov Arithmetic Modelling of Stochastic Dynamics 25
Victor Grigoras, Carmen Grigoras
Time Variant Chaos Encryption 25
Sergey G. Grishchenko, Nataliya N. Kisel
The Computer simulation for electromagnetic properties control of the metamaterial structures
26
Sergey G. Grishchenko, Nataliya N. Kisel’
Quasy-optic simulation of multilayer objects in the problems of the electromagnetism
26
Valerii I. Grytsay Investigation Chaotic Dynamic of Biochemical Process using Lyapunov indices
26
A.R. Guzhova, V.I. Kozlov, V.P. Statsenko, G.S. Firsova, Yu.V. Yanilkin
Comparison of different approaches to shock capturing turbulent flow simulations
27
Kerry L. Hagan Aesthetic Considerations in Algorithmic and Generative Composition
27
Alireza Heidari , O. Anwar Bé g & P. Oseloka Ezepue
AN ANALYTICAL AND NUMERICAL INVESTIGATION OF THE DISSIPATIVE CHAOS IN SEMICONDUCTOR SUPERLATTICES
28
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Alexander E. Hramov, Alexey A. Koronovskii
Unstable periodic spatio-temporal states of spatial extended chaotic systems
28
A.E. Hramov, A.A. Koronovskii, M.K. Kurovskaya, O.I. Moskalenko
Comparison of the Characteristics of Eyelet Intermittency and Type-I intermittency with Noise
29
Mikhail B. Ignatyev The linguo-combinatorial simulation of complex chaotic systems
29
Gabriele Inglese Recovering a vector field with the aid of controlled noise
30
Adela Ionescu Computational standpoint of mixing flows- from turbulence to chaos
30
Mihai Iordache, Lucia Dumitriu, Jean-Marie Paillot, Iulia Dumitrescu
Analysis of Coupled Oscillators Applied to 1-D Antenna Arrays
31
Sajid Iqbal, Kashif Ali Khan, Shahid Iqbal
Understanding Chaos using Discrete-Time Map for Buck Converter
31
V. Jasaitis, F. Ivanauskas and R. Bakanas
Self-ordered front under aperiodically oscillating zero-mean ac force: front dynamics with time delays
31
N. Jevtic, P. Stine, J.S. Schweitzer
Identifying Time-Series Candidates for Efficient Nonlinear Projective Noise Reduction II
32
Audrius Jutas Basic deformation principles based on transformations of atomic systems of crystalline materials
32
Vladimir L. Kalashnikov Dissipative Solitons: Perturbations and Chaos Formation
33
Svetlana Karitskaya Luminescence of structures formed in aqueous alcohol solutions of anthraquinone
33
Marcin Karwinski Nature inspired language modelling for text analysis solutions
34
Rupak Kharel, Krishna Busawon, Z. Ghassemlooy
Modified Chaotic Shift Keying using Indirect Coupled Chaotic Synchronization for Secure Digital Communication
34
O.B. Khavroshkin, V.V. Tsyplakov
Nonlinearity of earth: astonishing diversity and prospects
34
O.B. Khavroshkin, V.V. Tsyplakov
Reducint of seismic vulnerability and short time earthquake prediction: Methods and instruments of nonlinear seismology
35
Khavroshkin O.B., Tsyplakov V. V.
Seismic lunar nonlinearity: peculiarities and Moon as astrophysic and cosmogonic detector
36
Boris Khots and Dmitriy Khots
Chaos problems in Observer’s Mathematics 37
Cha-kyum Kim and Jong Tae Lee
Hindcast of Storm Surge in the South Sea of Korea 37
Ivan Klevchuk Bifurcation of countable number of periodic solutions in singularly perturbed differential-difference equations
37
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R. Kobayashi and V.B. Ryabov
Statistical complexity of low-and high-dimensional dynamical systems II
38
Alexander A. Kolesnikov Space flying vehicles orbital motion control system synthesis: power invariants
38
Alexander A. Kolesnikov Synthesis method for new class of oscillators with inertial nonlinearity
39
Anatoly A. Kolesnikov Synergetics and scientific cognition 39
Alnatoly A. Kolesnikov Problem of synthesis of new natural laws: introduction in the system physics. Synergetics approach (plenary report)
39
Anatoly A. Kolesnikov, Victor A. Kobzev, Phuong Nguyen
The method of adaptive control for amphibian aircraft motion under conditions of external environment extreme action
40
Tatiana A. Kolesnikova Crisis control of risk society: synergetics conception 40
Anatoly Korets, Alexandr Krylov, Evgeny Mironov
Structural Heterogeneity of Detonation Diamond –Containing Material
41
Mustafa Kosem and N. Serap Sengor
An Energy Based Investigation of Chua's Circuit 41
Korniy Kostkin Movement of the linear configuration of the five vortices
41
V.I.Kozlov, A.R.Guzhova, Yu.V.Yanilkin
2D version of modified Nikiforov model 42
Svetlana A. Krasnova, Victor A. Utkin and Anton V. Utkin
Method of State Space Expansion in Non-interacting control
42
Olga D. Kreerenko Adaptive control of the nonlinear dynamic object at the stage of breaking under indefinite contact surface conditions
43
Johannes Kretz Freedom and Necessity in Computer Aided Composition: A Thinking Framework and its Application
43
Alexander M. Krot A nonlinear Schrödinger equation in the statistical theory of spheroidal bodies
44
V.L. Kulinskii, O.O. Chepizhko
On the relation between Vicsek and Kuramoto models of spontaneous synchronization
45
Victor M. Kureychik Electronic computing equipment blocks placement based on synergetics principles
45
Victor M. Kureychik, Veronika I. Pisarenko
Synergetic ideas in innovative education 45
Semen A. Kurkin, Alexander E. Hramov, Alexey A. Koronovskii, Igor I. Magda
Chaotic Oscillations Control in Microwave Virtual Cathode Oscillators
46
I. Kusbeyzi, O. O. Aybar, A. S. Hacinliyan
A Predator - Prey Model with the Nonlinear Self Interaction Coupling xky
47
Andrew A. Kuzmenko Problem of electrical power system nonlinear control synthesis: synergetics approach
48
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Andrew A. Kuzmenko, Vitaly V. Ozerov
Synergetics approach to turbine nonlinear adaptive regulator design
49
A. P. Kuznetsov, N. V. Stankevich
The stabilization of chaos in the Rössler system by pulsed and harmonic signals
49
Kuznetsova D., Sibgatullin I. About transitional processes in penetrative convection 49
Yurij Kyzyurov Dissipation Rate of Kinetic Energy of Turbulence Inferred for the Upper Atmosphere from Sporadic-E Parameters
50
George I. Lambrou, Aristotelis Chatziioannou, Spiros Vlahopoulos, Maria Moschovi and George P. Chrousos
Evidence for Deterministic Chaos in Aperiodic Oscillations of Acute Lymphoblastic Leukemia Cells in Long-Term Culture
51
Boon Leong Lan Testing the different chaotic trajectories predicted by special-relativistic and Newtonian mechanics for a slow-moving dynamical system
51
E. Landa, R. Fossion,1 P. Stransky, I. Morales, V. Velazquez, J.C. Lopez Vieyra and A. Frank
Scale Invariance in Chaotic Time Series: Classical and Quantum Examples
52
Rosário Laureano, Clara Grácio, Diana A. Mendes
Research of chaotic synchronization phenomena on the field of visual processes in ophthalmology
52
Rosário Laureano, Diana A. Mendes and Manuel A. Martins Ferreira
Asymptotic and practical synchronization of one-dimensional chaotic quadratic maps using a non-symmetric coupling
52
V J Law, C E Nwankire, D P Dowling and S Daniels
Acoustic Emission within an Atmospheric Helium Corona Discharge Jet
53
Michał Ławniczak, SzymonBauch, Oleh Hul, and LeszekSirko
Experimental investigation of the cross-correlation function and the enhancement factor for graphs with and without time reversal symmetry
54
I.G. Lebo, A.I. Lebo The model of energy transport in turbulent under critical laser plasma of porous target
54
Gennady A. Leonov Attractors, limit cycles and homoclinic orbits of low dimensional quadratic systems
55
G. Litak, R. Rusinek Dynamics of Steel Turning by Recurrence Plots 55
N.A.Loginov, Az.F.Gaysin, F.M.Gaysin, E.E.Son , Al.F.Gaysin
Multichannel discharges between turbulence current and porous material
56
Anatoliy V. Lubskiy Non-classical model of historical research and synergetic ideas
56
Valerio Lucarini, Klaus Fraedrich
Symmetry breaking, mixing, instability, and low frequency variability in a minimal Lorenz-like system
56
Wieslaw M. Macek Multifractal Turbulence in the Solar System Plasma 57
Vlad Maftei, Victor Grigoras Sensitivity Analysis of Chaos Synchronization in 58
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Colpitts Oscillators
Rakesh Mahla, Manish Shrimali, Anup Poonia, Chirag Jain
Random network of coupled chaotic maps for economic dynamics
58
Andrew A. Kuzmenko, Vitaly V. Ozerov
Synergetics approach to turbine nonlinear adaptive regulator design
59
M.B. Marinov The constructive potential of social chaos in modern society: regional peculiarity
59
Amirhossein Davaie Markazi, Ali Abbasi
Dynamical Analysis of AFM Micro-Cantilever and Control of Its Chaotic Behaviour via AFSMC Algorithm
59
George Matalliotakis,Christos H. Skiadas , Vardoulaki Maria
Dynamic Modelling and Comparative Analysis for Life Table Data of non-European Countries
60
Radu Matei, Carmen Grigoras
Nonlinear Dynamics in CNN’s with Second Order Cells
60
Massimo Materassi Mutual Information and Dynamics 61
Oleg Yu. Mayorov, Vladmir N. Fenchenko
Reliability of bioelectric activity (EEG, ECG and HRV) researches of the deterministic chaos by the nonlinear analysis methods
61
E.E. Meshkov Shock tube investigations of the instability of a two-gas interface accelerated by a shock wave
62
Larisa A. Minasyan Concept of “self organization” in the light of cosmological problems
62
Eduardo Miranda and Jaime Serquera
Algorithmic Sound Composition using Coupled Cellular Automata
63
Olga I. Moskalenko, Alexey A. Koronovskii, Alexander E. Hramov, Svetlana A. Shurygina
Analysis of generalized synchronization in mutually coupled dynamical systems
63
Banibrata Mukhopadhyay Search for chaos in black holes and neutron stars 65
Iryna V. Musatenko Investigation Chaotic Dynamics of Nonlinear System 65
Alexey S. Mushenko Nonlinear adaptive control for aircraft flight under chaotic wind disturbances
65
T.B.Mustafin, Al.F.Gaysin, F.M.Gaysin
Turbulent mixing in gas-vapor discharge plasma with jet electrolyte anode
66
Anis Naanaa, Zouhair BenJemaa and Safya Belghith
Chaotic vs Classical Codes for Synchronous TH-UWB Multiple-Access System in IEEE 802.15.4a Multi-path Channel
66
Vera I. Nemchina The crisis communication in the space of social chaos 66
Umberto Neri and Beatrice Venturi
ON BIFURCATIONS TO LEADING TO CHAOS IN IS-LM MODEL
67
N.Mohammad Nouri, Alireza Mofidi, Seyyed Mohammad
Large Eddy Simulation of Turbulent Drag Reduction over Hydrophobic Surfaces
67
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Amin Kariminia
N. Mohammad Nouri, Seyyed Mohammad Amin Kariminia, Alireza Mofidi
Investigation of Performance of Different Sub-grid Scale Models in Improvement of 3D Large Eddy Simulation of Turbulent Near Wall Boundary Layer
67
Tomasz Nowicki Asymptotic behavior and limit sets of piecewise izometric transformations derived from an Error Diffusion algorithm
68
Ryo Onishi, Yuya Baba and Keiko Takahashi
Efficient Large-Scale Forcing in Finite-Difference Simulations of Steady Isotropic Turbulence
68
Gabriel V. Orman On a Problem of Approximation of Markov Chains by a Solution of a Stochastic Differential Equation
69
Jiaqing Pan An ill-posed problem of determining nonlinearity in diffusion process
69
U. Paniveni, V.Krishan, Jagdev Singh , R.Srikanth
Supergranular Activity Dependence 69
Leonidas Pantelidis The complete solution for the classical four-spin Heisenberg ring
70
Supriyo Paul, Sandeep Reddy, Pankaj Wahi and Mahendra K. Verma
A bifurcation scenario for large-P Rayleigh-Benard Convection
70
Ivan M. Pershin Data processing distributed systems 70
Andrey N. Popov Synergetic Synthesis of Energy Saving Control Systems for Electromechanical Processes
71
Eleri A. Pound Chaos as Compositional Order 71
G.P. Pavlos, A.C. Iliopoulos, L.P. Karakatsanis, V.G. Tsoutsouras, E.G. Pavlos
Complexity Theory: from Microscopic to Macroscopic level, Concepts and Applications
72
Vinicio Pelino, Filippo Maimone
Energy cycle for the Lorenz-63 attractor 72
Dinis D. Pestana, J. Leonel Rocha and Sandra M. Aleixo
Regular variation, Paretian distributions, and the interplay of light and heavy tails in the fractality of asymptotic models
73
R. Petritsch, S.A. Pietsch Assessing ergodic properties of ecological time series 74
S.A. Pietsch, R. Petritsch The Ergodic View of Ecosystem Behaviour 74
Dmitry Pikulin Tools for Investigation of Dynamics of DC-DC Converters within Matlab/Simulink
74
S.V. Prants De Broglie-wave chaos 75
E.P. Prokopev Synergetic approaches to problems of evolution of properties of materials and nanomaterials of the basis of silicon
75
M.V. Ragulskaya , V.V. Pipin The chaos and order in human ECG under the influence of space weather and other external factors
76
Alexander G. Ramm Scattering by many small inhomogeneities and applications
77
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J. Leonel Rocha, Sandra M. Aleixo and Dinis D. Pestana
Beta(p,q)-Cantor Sets — Determinism and Randomness
77
Paola Rodriguez Imazio and Pablo Mininni
Cancellation exponents in helical and non-helical flows
78
Vladimir B. Ryabov Predicting chaos with second method of Lyapunov 78
Zaynab Salloum Existence results for flows of slightly compressible viscoelastic fluid in a singular bounded domain
79
H.Samadzadeh, B. Abdi Simulation and FEM Analysis of Batch Sugar Centrifuge Shaft
79
A.M.Selvam Universal Inverse Power law distribution for Fractal Fluctuations in Dynamical Systems: Applications for Predictability of Inter - annual Variability of Indian Region Rainfall
80
Babak Shokri, Leila Rajaei,Sedighe Mirabotalebi
Transition of electromagnetic wave through a warm overdense plasma layer
80
A.Yu. Shvets, V.A. Sirenko Variety of chaotic behaviour of the deterministic nonideal hydrodynamic systems
81
Christos H. Skiadas A Model of Conflicting Populations for the study of Stock Markets
81
Christos H. Skiadas and Charilaos Skiadas
Chaotic Modeling: Lessons and developments during the last decades
82
Sunantha Sodsee, Maytiyanin Komkhao, Zhong Li
Leader-Following Discrete-Time Consensus Protocol on a Buyer-Seller Network
82
Valentin V. Sokolov, Oleg V. Zhirov and Yaroslav A. Kharkov
Classical Versus Quantum Dynamical Chaos: Sensitivity to External Perturbations, Stability and Reversibility
82
Anastasios D. Sotiropoulos Composing Chaotic Music from the Letter m 83
Dimitrios A. Sotiropoulos On Logistic-Like Iterative Maps 84
Dimitrios A. Sotiropoulos On the Timbre of Algorithmic Chaotic Sounds 85
Vaggelis D. Sotiropoulos The Rainbow Effect on Composing Chaotic Algorithmic Music
85
Banlue Srisuchinwong and Buncha Munmuangsaen
A Highly Chaotic Attractor for a Dual-Channel Single-Attractor, Private Communication System
86
Banlue Srisuchinwong, Teerachot Siriburanon, and Teera Nontapradit
Compound Structures of Six New Chaotic Attractors in a Modified Only-Single-Coefficient Jerk Model Based on Sinh-1 Nonlinearity
86
K. Stasiewicz, M. Strumik, B. Thidè
Observations and modeling of chaos and solitons in quasi-parallel bow shocks
86
Pavel Stránský, Michal Macek, Pavel Cejnar, Alejandro Frank, Ruben Fossion, Emmanuel Landa
Manifestation of chaos in collective models of nuclei 87
Tadeusz (Ted) Szuba Importance of the Chaos for computational processes of Collective Intelligence in social structures
87
xvi
Reza Taghavi Zenouz and Farzin Ghanadi
Experimental and Numerical Investigations of Flow Incidence Effects on Surface Pressure Distributions of Axial Compressor Blades
88
Yuri V. Talagaev and Andrey F. Tarakanov
Superstability and Optimal Matrix Correction of the Class of Chaotic Systems
88
Sedat Tardu Imperfect phase syncronization of the wall turbulence: Experiments and direct numerical sumulations
89
Siavash Tayefi and Abdolreza Ohadi
Investigating the effect of structural properties on bifurcation and chaotic behavior of passive walking biped with an upper body
89
Horia-Nicolai Teodorescu and Victor Cojocaru
Complex Signal Generators based on Capacitors and on Piezoelectric Loads
90
S.F. Timashev, Yu.S. Polyakov, S.G. Lakeev
Anomal diffusion” in the dynamics of complex processes
90
V.A. Timofeeva, A.B. Solovieva, Misurkin P.I., S.F. Timashev
Parameterization of atomic force microscopy chaotic images
91
Dmitry V. Timoshenko Problem of search of the first integrals in nonlinear dynamics tasks
91
Polina P. Tkachova From chaos to self-organization: structure and system of the poetic literary text
92
Pichitra Uangpairoj and Kontorn Chamniprasart
Numerical Simulation and Wall Shear Stress Analysis of Pulsating Flow in the Channel of Plate Heat Exchanger
92
David Urminsky Shadowing unstable orbits of the 3-body problem 93
Maksim A. Vaskov Chaos in corporate governance systems: typology, characteristics and overcoming ways
93
Venger, E. F., Lokshyn, B. and Maslov V.P.
Glue composition containing micro- and nanosized fillers
93
Anna Vereshchagina The crisis of traditional family and the alternatives of the family institution development in different regions of Russia: theoretical analysis in the network of synergetic paradigm
93
Gennady E. Veselov Nonlinear complex system’s hierarchical control strategies synthesis tasks
94
Gennady E. Veselov Nonlinear complex system’s hierarchical control strategies synthesis tasks
94
Natalia A. Virnina Chaos in Cataclysmic Variables: Superhumps in the UGSU Dwarf Nova Stars
94
Yuri G. Volkov The ideas of synergy and Russian identity 95
Vyklyuk Yaroslav Mathematical simulation of urbanization processes based on analogies with physical fractals
95
Pankaj Wahi, Pankaj K. Mishra, Pinaki Pal, Supriyo Paul, Mahendra K. Verma.
Patterns and Chaos in low- and zero-Prandtl number convection
95
xvii
C. L. Xaplanteris and E. Filippaki
Drift waves’ synchronization by using an externalsignal. The stabilization of a chaotic plasma turbulence
96
Vilor L. Zakovorotny The Interrelation Between Irreversibility and Evolution in the Dynamics of Electrical-Mechanical Systems in the Process of Friction and Cutting-Processing
96
G. Žibret & T. Verbovšek Chaos game technique as a tool for the analysis of natural geomorphological features
96
Author Index 97-
3rd Chaotic Modeling and Simulation International Conference, 1-4 June 2010, Chania Crete Greece
61
Mutual Information and Dynamics
Massimo Materassi1, Giuseppe Consolini2 and Nathan Smith3
1Istituto dei Sistemi Complessi ISC-CNR, via Madonna del Piano 10, 50019, Sesto Fiorentino (Italy); [email protected]
2INAF- Istituto di Fisica dello Spazio Interplanetario, via del Fosso del Cavaliere, 100, Roma (Italy); [email protected]
3Department of Electronic and Electrical Engineering, University of Bath, BA2 7AY, [email protected]
In studying the dynamics resulting from the interaction of two or more systems with stochastic elements, the use of information theory quantities, as the mutual information or the transfer entropy, has been growing in importance in the last decade. Those quantities are naturally de.ned for discrete-time systems, while must be generalized to continuous evolutions with some care. The goal of using the Mutual Information Analysis (MIA) and the Transfer Entropy Analysis (TEA) in physics of complex interactions is to de.ne the best mathematical form of a dynamical system mimicking the evolution of two unknown physical processes X and Y, of which one only knows that they do interact, and measures as proxies the time series x (t) and y (t) respectively.Here we propose a discussion of MIA and TEA, in which the role of non-linearity and memory properties of the dynamics is stressed: after a brief review of their de.nition, and of the problems arising in applying them to continuous processes (e.g. the binning problem), the more fundamental matter of unbiasing MIA and TEA from the potentially different degree of stochasticity in the processes X and Y is faced. In order to do this, some new quantities are introduced, which are the central result of this paper. Their application to some controversial natural and numerical cases is then showed.
Reliability of bioelectric activity (EEG, ECG and HRV) researches of the deterministic chaos by the nonlinear analysis methods
Oleg Yu. Mayorov1,2,3, Vladmir N. Fenchenko 1,3,4
1Institute of Medical informatics and Telemedicine, Kharkiv2Kharkiv Medical academy of postgraduate educations, Ministry of Health of Ukraine, Kharkiv
3Institute of Children and adolescents health protection, АМSc of Ukraine, Kharkiv4Institute of Low temperatures NАSC of Ukraine, Kharkiv
Email: [email protected]
There has been proposed a new approach to the process of investigation of bioelectric activity in the human and animal brain, basing on the use of multidimensional spectral analysis methods to detect cerebral hemisphere and subcortical structure regions involved temporarily in a certain functional system (according to P.K. Anokhin) for the purpose of realization of behavior acts, and the subsequent analysis and modeling of their nonlinear-dynamic parameters from the position of the deterministic chaos theory.
The possible reasons of errors occurrence are analyzed at research deterministic chaos in bioelectric activity of man and animals organism (EEG, ECG, HRV, etc.) by methods of the nonlinear analysis. The complex approach is offered, allowing to increase accuracy and reliability of received results at a correct choice of stationary sites of a signal, a delay and scale of consideration, use of adequate parameters during attractor reconstruction (an estimation of dimension of reconstruction and embedding dimension), for estimating entropy process and maximal Lyapunov exponent. Corresponding software NeuroResearcher® is created and examples of «chaos parameters» calculations of typical EEG and ECG signals illustrated.
Keywords: bioelectric activity of organism, EEG, ECG, HRV analysis, multidimensional spectral analysis, deterministic chaos, attractor reconstruction, attractor dimensions, delay, entropy, maximal Lyapunov exponent.