Gaetano Fichera: Difference between revisions

From formulasearchengine
Jump to navigation Jump to search
en>Bibcode Bot
m Adding 0 arxiv eprint(s), 1 bibcode(s) and 0 doi(s). Did it miss something? Report bugs, errors, and suggestions at User talk:Bibcode Bot
 
en>Mogism
m →‎Friends: Cleanup/Typo fixing, replaced: He build → He built using AWB
Line 1: Line 1:
A '''coupled [[map (mathematics)|map]] [[lattice (group)|lattice]] (CML)''' is a [[dynamical system]] that models the behavior of [[non-linear]] systems (especially [[partial differential equations]]). They are predominantly used to qualitatively study the [[Chaos theory|chaotic dynamics]] of spatially extended systems. This includes the dynamics of [[wiktionary:spatiotemporal|spatiotemporal]] [[Chaos theory|chaos]] where the number of effective [[Degrees of freedom (physics and chemistry)|degrees of freedom]] diverges as the size of the system increases.<ref>Kaneko, Kunihiko. "Overview of Coupled Map Lattices." Chaos 2, Num3(1992): 279.</ref>


Features of the CML are [[Discrete-time dynamical system|discrete time dynamics]], discrete underlying spaces (lattices or networks), and real (number or vector), local, continuous [[state variable]]s.<ref>Chazottes, Jean-René, and Bastien Fernandez. Dynamics of Coupled Map Lattices and of Related Spatially Extended Systems. Springer, 2004. pgs 1&ndash;4</ref> Studied systems include [[Population dynamics|populations]], [[chemical reactions]], [[convection]], [[fluid flow]] and [[biological network]]s. More recently, CMLs have been applied to computational networks <ref>Xu, Jian. Wang, Xioa Fan. " Cascading failures in scale-free coupled map lattices." IEEE International Symposium on Circuits and Systems “ ISCAS Volume 4, (2005): 3395–3398.</ref> identifying detrimental attack methods and [[cascading failure]]s.


e - Shop Word - Press is a excellent cart for your on the web shopping organization. Online available for hiring are most qualified, well knowledgeable and talented Wordpress developer India from offshore Wordpress development services company. PSD files are incompatible to browsers and are suppose to be converted into wordpress compatible files so that it opens up in browser. If you need a special plugin for your website , there are thousands of plugins that can be used to meet those needs. By using this method one can see whether the theme has the potential to become popular or not and is their any scope of improvement in the theme. <br><br>Generally, for my private income-making market websites, I will thoroughly research and discover the leading 10 most worthwhile niches to venture into. Some of the Wordpress development services offered by us are:. Our Daily Deal Software plugin brings the simplicity of setting up a Word - Press blog to the daily deal space. So, if you are looking for some option to build a giant e-commerce website, then e-shopping preferable CMS tools will be helpful for you. Aided by the completely foolproof j - Query color selector, you're able to change the colors of factors of your theme a the click on the screen, with very little previous web site design experience. <br><br>Here are a few reasons as to why people prefer Word - Press over other software's. The nominee in each category with the most votes was crowned the 2010 Parents Picks Awards WINNER and has been established as the best product, tip or place in that category. After age 35, 18% of pregnancies will end in miscarriage. Storing write-ups in advance would have to be neccessary with the auto blogs. Have you heard about niche marketing and advertising. <br><br>There has been a huge increase in the number of developers releasing free premium Word - Press themes over the years. I have compiled a few tips on how you can start a food blog and hopefully the following information and tips can help you to get started on your food blogging creative journey. One of the great features of Wordpress is its ability to integrate SEO into your site. It supports backup scheduling and allows you to either download the backup file or email it to you. Fortunately, Word - Press Customization Service is available these days, right from custom theme design, to plugin customization and modifying your website, you can take any bespoke service for your Word - Press development project. <br><br>Millions of individuals and organizations are now successfully using this tool throughout the world. s ability to use different themes and skins known as Word - Press Templates or Themes. Useful Plugins Uber - Menu Top Megamenu Now it is the time of sticky Top navbar. Word - Press is an open source content management system which is easy to use and offers many user friendly featuresShould you beloved this short article along with you want to obtain more information relating to [http://ammi.me/wordpress_backup_142076 backup plugin] i implore you to stop by our web page. Article Source: Hostgator discount coupons for your Wordpress site here.
CML’s are comparable to [[cellular automata]] models in terms of their discrete features.<ref>R. Badii and A. Politi, Complexity: Hierarchical Structures and Scaling in Physics (Cambridge University Press,Cambridge, England, 1997).</ref> However, the value of each site in a cellular automata network is strictly dependent on its neighbor (s) from the previous time step. Each site of the CML is only dependent upon its neighbors relative to the coupling term in the [[recurrence equation]]. However, the similarities can be compounded when considering multi-component dynamical systems.
 
==Introduction==
A CML generally incorporates a system of equations (coupled or uncoupled), a finite number of variables, a global or local coupling scheme and the corresponding coupling terms. The underlying lattice can exist in infinite dimensions. Mappings of interest in CMLs generally demonstrate chaotic behavior. Such maps can be found here: [[List of chaotic maps]].
 
A logistic mapping demonstrates chaotic behavior, easily identifiable in one dimension for parameter r > 3.57 (see [[Logistic map]]). It is graphed across a small lattice and decoupled with respect to neighboring sites. The [[Recurrence relation|recurrence equation]] is [[homogeneous]]{{amblink|date=November 2013}}, albeit randomly seeded. The parameter r is updated every time step (see Figure 1, Enlarge, Summary):
 
: <math> \qquad x_{n+1} = r x_n (1-x_n) </math>
 
The result is a raw form of chaotic behavior in a map lattice. The range of the function is bounded so similar [[contour line|contours]] through the lattice is expected. However, there are no significant [[spatial correlation]]s or pertinent fronts to the chaotic behavior. No obvious order is apparent.
 
For a basic coupling, we consider a 'single neighbor' coupling where the value at any given site <math> s </math> is mapped recursively with respect to itself and the neighboring site <math> s-1 </math>. The coupling parameter <math> \epsilon = 0.5 </math> is equally weighted.
 
: <math> \qquad x_{n+1} = (\epsilon)[r x_n (1-x_n)]_s + (1-\epsilon)[r x_n (1-x_n)]_{s-1} </math>
 
Even though each native recursion is chaotic, a more solid form develops in the evolution. Elongated convective spaces persist throughout the lattice (see Figure 2).
 
{| class="wikitable" border="1"
|-
|<!--column1-->[[File:Cml2e.gif|thumb|250px|center]]
|<!--column2-->[[File:Cml3a.gif|thumb|250px|center]]
|-
|<!--column1-->Figure 1: An uncoupled logistic map lattice <br> with random seeding over forty iterations.
|<!--column2-->Figure 2: A CML with a single-neighbor <br> coupling scheme taken over forty iterations.
|}<!--end wikitable-->
 
==History==
CMLs were first introduced in the mid 1980’s through a series of closely released publications.<ref>K. Kaneko, Prog. Theor. Phys. 72, 480 (1984)</ref><ref>I. waller and R. Kapral; Phys. Rev. A 30 2047 (1984)</ref><ref>J. Crutchfield, Phyisca D 10, 229 (1984)</ref><ref>S. P.Kuznetsov and A. S. Pikovsky, Izvestija VUS, Radiofizika 28, 308 (1985)</ref> Kapral used CMLs for modeling chemical spatial phenomena. Kuznetsov sought to apply CMLs to electrical circuitry by developing a [[renormalization group]] approach (similar to Feigenbaum's [[Universality (dynamical systems)|universality]] to spatially extended systems). Kaneko's focus was more broad and he is still known as the most active researcher in this area.<ref>http://chaos.c.u-tokyo.ac.jp/</ref> The most examined CML model was introduced by Kaneko in 1983 where the recurrence equation is as follows:
 
: <math> u_s^{t+1} = (1-\varepsilon)f(u_s^t)+\frac{\varepsilon}{2}\left(f(u_{s+1}^t)+f(u_{s-1}^t) \right) \ \ \  t\in \mathbb{N},\ \varepsilon  \in [0,1]</math>
 
where <math> u_s^t \in {\mathbb{R}} \ ,  </math> and <math> f </math> is a real mapping.
 
The applied CML strategy was as follows:
* Choose a set of field variables on the lattice at a macroscopic level.  The dimension (not limited by the CML system) should be chosen to correspond to the physical space being researched.
* Decompose the process (underlying the phenomena) into independent components.
* Replace each component by a nonlinear transformation of field variables on each lattice point and the coupling term on suitable, chosen neighbors.
* Carry out each unit dynamics ("procedure") successively.
 
==Classification==
The CML system evolves through discrete time by a mapping on vector sequences. These mappings are a recursive function of two competing terms: an individual [[non-linear]] reaction, and a spatial interaction (coupling) of variable intensity. CMLs can be classified by the strength of this coupling parameter(s). 
 
Much of the current published work in CMLs is based in weak coupled systems <ref>Lectures from the school-forum (CML 2004) held in Paris, June 21{July 2, 2004. Edited by J.-R. Chazottes and B. Fernandez. Lecture Notes in Physics, 671. Springer, Berlin (2005)</ref> where [[diffeomorphism]]s of the [[state space]] close to identity are studied. Weak coupling with [[monotonic]] ([[bistable]]) dynamical regimes demonstrate spatial chaos phenomena and are popular in neural models.<ref>Nozawa, Hiroshi. "A neural network model." Chaos 2, Num3(1992): 377.</ref> Weak coupling unimodal maps are characterized by their stable [[periodic point]]s and are used by [[gene regulatory network]] models. Space-time chaotic phenomena can be demonstrated from chaotic mappings subject to weak coupling coefficients and are popular in [[phase transition]] phenomena models.
 
Intermediate and strong coupling interactions are less prolific areas of study. Intermediate interactions are studied with respect to fronts and [[traveling wave]]s, riddled basins, riddled bifurcations, clusters and non-unique phases. Strong coupling interactions are most well known to model synchronization effects of dynamic spatial systems such as the [[Kuramoto model]].
 
These classifications do not reflect the local or global (GMLs <ref>Ho, Ming-Ching. Hung, Yao-Chen. Jiang, I-Min. "Phase synchronization in inhomogenous globally coupled map lattices. Physics Letter A. 324 (2004) 450–457. [http://www.phys.sinica.edu.tw/~statphys/publications/2004_full_text/M_C_Ho_PLA_324_450(2004).pdf]</ref>) coupling nature of the interaction. Nor do they consider the frequency of the coupling which can exist as a degree of freedom in the system.<ref>http://www.mat.uniroma2.it/~liverani/Lavori/live0803.pdf</ref> Finally, they do not distinguish between sizes of the underlying space or [[Boundary value problem|boundary condition]]s.  
 
Surprisingly the dynamics of CMLs have little to do with the local maps that constitute their elementary components. With each model a rigorous mathematical investigation is needed to identify a chaotic state (beyond visual interpretation). Rigorous proofs have been performed to this effect. By example: the existence of space-time chaos in weak space interactions of one-dimensional maps with strong statistical properties was proven by Bunimovich and Sinai in 1988.<ref>L.A. Bunimovich and Ya. G. Sinai. "Nonlinearity" Vol. 1 pg 491 (1988)</ref> Similar proofs exist for weakly hyperbolic maps under the same conditions.
 
==Unique CML qualitative classes==
CMLs have revealed novel qualitative universality classes in (CML) phenomenology. Such classes include:
* [[Spatial bifurcation]] and frozen chaos
* Pattern Selection
* Selection of zig-zag patterns and chaotic diffusion of defects
* Spatio-temporal [[intermittency]]
* [[Soliton]] [[turbulence]]
* Global traveling waves generated by local phase slips
* Spatial bifurcation to down-flow in open flow systems.
 
==Visual phenomena==
The unique qualitative classes listed above can be visualized. By applying the Kaneko 1983 model to the logistic <math>{f(x_n)} = 1 - ax^2</math> map, several of the CML qualitative classes may be observed. These are demonstrated below, note the unique parameters:
 
{| class="wikitable" border="1"
|-
|<!--column1-->'''Frozen Chaos'''
|<!--column2-->'''Pattern Selection'''
|<!--column3-->'''Chaotic Brownian Motion of Defect'''
|-
|<!--column1-->[[File:Frozenchaos logmap.JPG|200px|center]]
|<!--column2-->[[File:PatternSelection logmap.JPG|200px|center]]
|<!--column3-->[[File:BrownMotionDefect logmap.JPG|200px|center]]
|-
|<!--column1-->Figure 1: Sites are divided into non-uniform clusters, where the divided patterns are regarded as attractors. Sensitivity to initial conditions exist relative to ''a'' <&nbsp;1.5.
|<!--column2-->Figure 2: Near uniform sized clusters (''a'' = 1.71, ''ε'' =&nbsp;0.4).
|<!--column3-->Figure 3: Defects exist in the system and fluctuate chaotically akin to Brownian motion (''a'' = 1.85, ''ε'' =&nbsp;0.1).
|-
|<!--column1-->'''Defect Turbulence'''
|<!--column2-->'''Spatiotemporal Intermittency I'''
|<!--column3-->'''Spatiotemporal Intermittency II'''
|-
|<!--column1-->[[File:DefectTurbulence logmap.JPG|200px|center]]
|<!--column2-->[[File:Spatiotemporal Intermittency logmap.JPG|200px|center]]
|<!--column3-->[[File:Spatiotemporal Intermittency logmap2.JPG|200px|center]]
|-
|<!--column1-->Figure 4: Many defects are generated and turbulently collide (''a'' = 1.895, ''ε'' =&nbsp;0.1).
|<!--column2-->Figure 5: Each site transits between a coherent state and chaotic state intermittently (''a'' = 1.75, ''ε'' =&nbsp;0.6), Phase I.
|<!--column3-->Figure 6: The coherent state, Phase II.
|-
|<!--column1-->'''Fully Developed Spatiotemporal Chaos'''
|<!--column2-->'''Traveling Wave'''
|-
|<!--column1-->[[File:SpatiotemporalChaos fullydevd logmap.JPG|200px|center]]
|<!--column2-->[[File:TravelingWave logmap.JPG|200px|center]]
|-
|<!--column1-->Figure 7: Most sites independently oscillate chaotically (''a'' = 2.00, ''ε'' =&nbsp;0.3).
|<!--column2-->Figure 8: The wave of clusters travels at 'low' speeds (''a'' = 1.47, ''ε'' =&nbsp;0.5).
|}<!--end wikitable-->
 
==Quantitative analysis quantifiers==
Coupled map lattices being a prototype of spatially extended systems easy to simulate have represented a benchmark
for the definition and introduction of many indicators of spatio-temporal chaos, the most relevant ones are
* The [[power spectrum]] in space and time
* [[Lyapunov exponent#Definition of the Lyapunov spectrum|Lyapunov spectra]]<ref>[http://www.fi.isc.cnr.it/users/antonio.politi/Reprints/052.pdf Lyapunov Spectra of Coupled Map Lattices, S. Isola, A. Politi, S. Ruffo, and A. Torcini]</ref>
* Dimension density
* [[Kolmogorov–Sinai entropy]] density
* Distributions of patterns
* Pattern entropy
* Propagation speed of finite and infinitesimal disturbance
* [[Mutual information]] and correlation in space-time
* [[Lyapunov exponent]]s, localization of [[Lyapunov vector]]s
* Comoving and sub-space time [[Lyapunov exponent]]s.
* Spatial and temporal [[Lyapunov exponent]]s <ref>S. Lepri, A. Politi and A. Torcini
[http://xxx.lanl.gov/abs/chao-dyn/9504005 Chronotopic Lyapunov Analysis: (I) a Detailed Characterization of 1D Systems],  
J. Stat. Phys., 82 5/6 (1996) 1429.</ref>
 
==See also==
*[[Cellular automata]]
*[[Lyapunov exponent]]
*[[Stochastic cellular automata]]
 
==References==
{{reflist}}
 
==Further reading==
{{refbegin|2}}
* {{cite book
| author      = Google Library
| archiveurl  = http://books.google.com/books?id=a63Q8DhKA44C&dq=coupled+map+lattices&source=gbs_summary_s&hl=en
| title      = Dynamics of Coupled Map Lattices
| publisher  = Springer
| url        = http://books.google.com/?id=a63Q8DhKA44C&dq=coupled+map+lattices
| archivedate = 2008-03-29
| isbn      = 978-3-540-24289-5
| year      = 2005
}}
* {{Cite web
| author      = Shawn D. Pethel, Ned J. Corron, and Erik Bollt
| archiveurl  = http://people.clarkson.edu/~bolltem/Papers/PhysRevLett_96_034105PethelCorronBollt.pdf
| title      = Symbolic Dynamics of Coupled Map Lattices
| publisher  = Physical Review Letters
| url        = http://dx.dio.org/10.1103/PhysRevLett.96.034105
| archivedate = 2008-03-29
}}
* {{Citation
| author      = E. Atlee Jackson
| url  = http://books.google.com/books?id=M2E0AAAAIAAJ&source=gbs_ViewAPI
| title      = Perspectives of Nonlinear Dynamics: Volume 2
| publisher  = Cambridge University Press, 1991
| ISBN        = 0-521-42633-2
}}
* {{Citation
| author      = H.G, Schuster and W. Just
| url = http://www.whsmith.co.uk/CatalogAndSearch/ProductDetails.aspx?productID=9783527404155
| title      = Deterministic Chaos
| publisher  = John Wiley and Sons Ltd, 2005
| ISBN        = 3-527-40415-5
}}
* [http://brain.cc.kogakuin.ac.jp/~kanamaru/Chaos/e/ Introduction to Chaos and Nonlinear Dynamics]
{{refend}}
 
==External links==
* [http://chaos.c.u-tokyo.ac.jp/ Kaneko Laboratory]
* [http://www.cpht.polytechnique.fr/cpth/cml2004/ Institut Henri Poincaré,  Paris, June 21 – July 2, 2004]
* [http://www.fi.isc.cnr.it/  Istituto dei Sistemi Complessi], [[Florence]], [[Italy]]
* [http://brain.cc.kogakuin.ac.jp/~kanamaru/Chaos/e/CMLGCM/ Java CML/GML web-app]
* [http://ant4669.de/ AnT 4.669 – A simulation and Analysis Tool for Dynamical Systems]
 
{{Chaos theory}}
 
{{DEFAULTSORT:Coupled Map Lattice}}
[[Category:Nonlinear systems]]

Revision as of 02:42, 25 January 2014

A coupled map lattice (CML) is a dynamical system that models the behavior of non-linear systems (especially partial differential equations). They are predominantly used to qualitatively study the chaotic dynamics of spatially extended systems. This includes the dynamics of spatiotemporal chaos where the number of effective degrees of freedom diverges as the size of the system increases.[1]

Features of the CML are discrete time dynamics, discrete underlying spaces (lattices or networks), and real (number or vector), local, continuous state variables.[2] Studied systems include populations, chemical reactions, convection, fluid flow and biological networks. More recently, CMLs have been applied to computational networks [3] identifying detrimental attack methods and cascading failures.

CML’s are comparable to cellular automata models in terms of their discrete features.[4] However, the value of each site in a cellular automata network is strictly dependent on its neighbor (s) from the previous time step. Each site of the CML is only dependent upon its neighbors relative to the coupling term in the recurrence equation. However, the similarities can be compounded when considering multi-component dynamical systems.

Introduction

A CML generally incorporates a system of equations (coupled or uncoupled), a finite number of variables, a global or local coupling scheme and the corresponding coupling terms. The underlying lattice can exist in infinite dimensions. Mappings of interest in CMLs generally demonstrate chaotic behavior. Such maps can be found here: List of chaotic maps.

A logistic mapping demonstrates chaotic behavior, easily identifiable in one dimension for parameter r > 3.57 (see Logistic map). It is graphed across a small lattice and decoupled with respect to neighboring sites. The recurrence equation is homogeneousTemplate:Amblink, albeit randomly seeded. The parameter r is updated every time step (see Figure 1, Enlarge, Summary):

The result is a raw form of chaotic behavior in a map lattice. The range of the function is bounded so similar contours through the lattice is expected. However, there are no significant spatial correlations or pertinent fronts to the chaotic behavior. No obvious order is apparent.

For a basic coupling, we consider a 'single neighbor' coupling where the value at any given site is mapped recursively with respect to itself and the neighboring site . The coupling parameter is equally weighted.

Even though each native recursion is chaotic, a more solid form develops in the evolution. Elongated convective spaces persist throughout the lattice (see Figure 2).

File:Cml2e.gif
File:Cml3a.gif
Figure 1: An uncoupled logistic map lattice
with random seeding over forty iterations.
Figure 2: A CML with a single-neighbor
coupling scheme taken over forty iterations.

History

CMLs were first introduced in the mid 1980’s through a series of closely released publications.[5][6][7][8] Kapral used CMLs for modeling chemical spatial phenomena. Kuznetsov sought to apply CMLs to electrical circuitry by developing a renormalization group approach (similar to Feigenbaum's universality to spatially extended systems). Kaneko's focus was more broad and he is still known as the most active researcher in this area.[9] The most examined CML model was introduced by Kaneko in 1983 where the recurrence equation is as follows:

where and is a real mapping.

The applied CML strategy was as follows:

  • Choose a set of field variables on the lattice at a macroscopic level. The dimension (not limited by the CML system) should be chosen to correspond to the physical space being researched.
  • Decompose the process (underlying the phenomena) into independent components.
  • Replace each component by a nonlinear transformation of field variables on each lattice point and the coupling term on suitable, chosen neighbors.
  • Carry out each unit dynamics ("procedure") successively.

Classification

The CML system evolves through discrete time by a mapping on vector sequences. These mappings are a recursive function of two competing terms: an individual non-linear reaction, and a spatial interaction (coupling) of variable intensity. CMLs can be classified by the strength of this coupling parameter(s).

Much of the current published work in CMLs is based in weak coupled systems [10] where diffeomorphisms of the state space close to identity are studied. Weak coupling with monotonic (bistable) dynamical regimes demonstrate spatial chaos phenomena and are popular in neural models.[11] Weak coupling unimodal maps are characterized by their stable periodic points and are used by gene regulatory network models. Space-time chaotic phenomena can be demonstrated from chaotic mappings subject to weak coupling coefficients and are popular in phase transition phenomena models.

Intermediate and strong coupling interactions are less prolific areas of study. Intermediate interactions are studied with respect to fronts and traveling waves, riddled basins, riddled bifurcations, clusters and non-unique phases. Strong coupling interactions are most well known to model synchronization effects of dynamic spatial systems such as the Kuramoto model.

These classifications do not reflect the local or global (GMLs [12]) coupling nature of the interaction. Nor do they consider the frequency of the coupling which can exist as a degree of freedom in the system.[13] Finally, they do not distinguish between sizes of the underlying space or boundary conditions.

Surprisingly the dynamics of CMLs have little to do with the local maps that constitute their elementary components. With each model a rigorous mathematical investigation is needed to identify a chaotic state (beyond visual interpretation). Rigorous proofs have been performed to this effect. By example: the existence of space-time chaos in weak space interactions of one-dimensional maps with strong statistical properties was proven by Bunimovich and Sinai in 1988.[14] Similar proofs exist for weakly hyperbolic maps under the same conditions.

Unique CML qualitative classes

CMLs have revealed novel qualitative universality classes in (CML) phenomenology. Such classes include:

  • Spatial bifurcation and frozen chaos
  • Pattern Selection
  • Selection of zig-zag patterns and chaotic diffusion of defects
  • Spatio-temporal intermittency
  • Soliton turbulence
  • Global traveling waves generated by local phase slips
  • Spatial bifurcation to down-flow in open flow systems.

Visual phenomena

The unique qualitative classes listed above can be visualized. By applying the Kaneko 1983 model to the logistic map, several of the CML qualitative classes may be observed. These are demonstrated below, note the unique parameters:

Frozen Chaos Pattern Selection Chaotic Brownian Motion of Defect
File:Frozenchaos logmap.JPG
File:PatternSelection logmap.JPG
File:BrownMotionDefect logmap.JPG
Figure 1: Sites are divided into non-uniform clusters, where the divided patterns are regarded as attractors. Sensitivity to initial conditions exist relative to a < 1.5. Figure 2: Near uniform sized clusters (a = 1.71, ε = 0.4). Figure 3: Defects exist in the system and fluctuate chaotically akin to Brownian motion (a = 1.85, ε = 0.1).
Defect Turbulence Spatiotemporal Intermittency I Spatiotemporal Intermittency II
File:DefectTurbulence logmap.JPG
File:Spatiotemporal Intermittency logmap.JPG
File:Spatiotemporal Intermittency logmap2.JPG
Figure 4: Many defects are generated and turbulently collide (a = 1.895, ε = 0.1). Figure 5: Each site transits between a coherent state and chaotic state intermittently (a = 1.75, ε = 0.6), Phase I. Figure 6: The coherent state, Phase II.
Fully Developed Spatiotemporal Chaos Traveling Wave
File:SpatiotemporalChaos fullydevd logmap.JPG
File:TravelingWave logmap.JPG
Figure 7: Most sites independently oscillate chaotically (a = 2.00, ε = 0.3). Figure 8: The wave of clusters travels at 'low' speeds (a = 1.47, ε = 0.5).

Quantitative analysis quantifiers

Coupled map lattices being a prototype of spatially extended systems easy to simulate have represented a benchmark for the definition and introduction of many indicators of spatio-temporal chaos, the most relevant ones are

See also

References

43 year old Petroleum Engineer Harry from Deep River, usually spends time with hobbies and interests like renting movies, property developers in singapore new condominium and vehicle racing. Constantly enjoys going to destinations like Camino Real de Tierra Adentro.

Further reading

Template:Refbegin

  • 20 year-old Real Estate Agent Rusty from Saint-Paul, has hobbies and interests which includes monopoly, property developers in singapore and poker. Will soon undertake a contiki trip that may include going to the Lower Valley of the Omo.

    My blog: http://www.primaboinca.com/view_profile.php?userid=5889534
  • Template:Cite web
  • Many property agents need to declare for the PIC grant in Singapore. However, not all of them know find out how to do the correct process for getting this PIC scheme from the IRAS. There are a number of steps that you need to do before your software can be approved.

    Naturally, you will have to pay a safety deposit and that is usually one month rent for annually of the settlement. That is the place your good religion deposit will likely be taken into account and will kind part or all of your security deposit. Anticipate to have a proportionate amount deducted out of your deposit if something is discovered to be damaged if you move out. It's best to you'll want to test the inventory drawn up by the owner, which can detail all objects in the property and their condition. If you happen to fail to notice any harm not already mentioned within the inventory before transferring in, you danger having to pay for it yourself.

    In case you are in search of an actual estate or Singapore property agent on-line, you simply should belief your intuition. It's because you do not know which agent is nice and which agent will not be. Carry out research on several brokers by looking out the internet. As soon as if you end up positive that a selected agent is dependable and reliable, you can choose to utilize his partnerise in finding you a home in Singapore. Most of the time, a property agent is taken into account to be good if he or she locations the contact data on his website. This may mean that the agent does not mind you calling them and asking them any questions relating to new properties in singapore in Singapore. After chatting with them you too can see them in their office after taking an appointment.

    Have handed an trade examination i.e Widespread Examination for House Brokers (CEHA) or Actual Property Agency (REA) examination, or equal; Exclusive brokers are extra keen to share listing information thus making certain the widest doable coverage inside the real estate community via Multiple Listings and Networking. Accepting a severe provide is simpler since your agent is totally conscious of all advertising activity related with your property. This reduces your having to check with a number of agents for some other offers. Price control is easily achieved. Paint work in good restore-discuss with your Property Marketing consultant if main works are still to be done. Softening in residential property prices proceed, led by 2.8 per cent decline within the index for Remainder of Central Region

    Once you place down the one per cent choice price to carry down a non-public property, it's important to accept its situation as it is whenever you move in – faulty air-con, choked rest room and all. Get round this by asking your agent to incorporate a ultimate inspection clause within the possibility-to-buy letter. HDB flat patrons routinely take pleasure in this security net. "There's a ultimate inspection of the property two days before the completion of all HDB transactions. If the air-con is defective, you can request the seller to repair it," says Kelvin.

    15.6.1 As the agent is an intermediary, generally, as soon as the principal and third party are introduced right into a contractual relationship, the agent drops out of the image, subject to any problems with remuneration or indemnification that he could have against the principal, and extra exceptionally, against the third occasion. Generally, agents are entitled to be indemnified for all liabilities reasonably incurred within the execution of the brokers´ authority.

    To achieve the very best outcomes, you must be always updated on market situations, including past transaction information and reliable projections. You could review and examine comparable homes that are currently available in the market, especially these which have been sold or not bought up to now six months. You'll be able to see a pattern of such report by clicking here It's essential to defend yourself in opposition to unscrupulous patrons. They are often very skilled in using highly unethical and manipulative techniques to try and lure you into a lure. That you must also protect your self, your loved ones, and personal belongings as you'll be serving many strangers in your home. Sign a listing itemizing of all of the objects provided by the proprietor, together with their situation. HSR Prime Recruiter 2010
  • Many property agents need to declare for the PIC grant in Singapore. However, not all of them know find out how to do the correct process for getting this PIC scheme from the IRAS. There are a number of steps that you need to do before your software can be approved.

    Naturally, you will have to pay a safety deposit and that is usually one month rent for annually of the settlement. That is the place your good religion deposit will likely be taken into account and will kind part or all of your security deposit. Anticipate to have a proportionate amount deducted out of your deposit if something is discovered to be damaged if you move out. It's best to you'll want to test the inventory drawn up by the owner, which can detail all objects in the property and their condition. If you happen to fail to notice any harm not already mentioned within the inventory before transferring in, you danger having to pay for it yourself.

    In case you are in search of an actual estate or Singapore property agent on-line, you simply should belief your intuition. It's because you do not know which agent is nice and which agent will not be. Carry out research on several brokers by looking out the internet. As soon as if you end up positive that a selected agent is dependable and reliable, you can choose to utilize his partnerise in finding you a home in Singapore. Most of the time, a property agent is taken into account to be good if he or she locations the contact data on his website. This may mean that the agent does not mind you calling them and asking them any questions relating to new properties in singapore in Singapore. After chatting with them you too can see them in their office after taking an appointment.

    Have handed an trade examination i.e Widespread Examination for House Brokers (CEHA) or Actual Property Agency (REA) examination, or equal; Exclusive brokers are extra keen to share listing information thus making certain the widest doable coverage inside the real estate community via Multiple Listings and Networking. Accepting a severe provide is simpler since your agent is totally conscious of all advertising activity related with your property. This reduces your having to check with a number of agents for some other offers. Price control is easily achieved. Paint work in good restore-discuss with your Property Marketing consultant if main works are still to be done. Softening in residential property prices proceed, led by 2.8 per cent decline within the index for Remainder of Central Region

    Once you place down the one per cent choice price to carry down a non-public property, it's important to accept its situation as it is whenever you move in – faulty air-con, choked rest room and all. Get round this by asking your agent to incorporate a ultimate inspection clause within the possibility-to-buy letter. HDB flat patrons routinely take pleasure in this security net. "There's a ultimate inspection of the property two days before the completion of all HDB transactions. If the air-con is defective, you can request the seller to repair it," says Kelvin.

    15.6.1 As the agent is an intermediary, generally, as soon as the principal and third party are introduced right into a contractual relationship, the agent drops out of the image, subject to any problems with remuneration or indemnification that he could have against the principal, and extra exceptionally, against the third occasion. Generally, agents are entitled to be indemnified for all liabilities reasonably incurred within the execution of the brokers´ authority.

    To achieve the very best outcomes, you must be always updated on market situations, including past transaction information and reliable projections. You could review and examine comparable homes that are currently available in the market, especially these which have been sold or not bought up to now six months. You'll be able to see a pattern of such report by clicking here It's essential to defend yourself in opposition to unscrupulous patrons. They are often very skilled in using highly unethical and manipulative techniques to try and lure you into a lure. That you must also protect your self, your loved ones, and personal belongings as you'll be serving many strangers in your home. Sign a listing itemizing of all of the objects provided by the proprietor, together with their situation. HSR Prime Recruiter 2010
  • Introduction to Chaos and Nonlinear Dynamics

Template:Refend

External links

Template:Chaos theory

  1. Kaneko, Kunihiko. "Overview of Coupled Map Lattices." Chaos 2, Num3(1992): 279.
  2. Chazottes, Jean-René, and Bastien Fernandez. Dynamics of Coupled Map Lattices and of Related Spatially Extended Systems. Springer, 2004. pgs 1–4
  3. Xu, Jian. Wang, Xioa Fan. " Cascading failures in scale-free coupled map lattices." IEEE International Symposium on Circuits and Systems “ ISCAS Volume 4, (2005): 3395–3398.
  4. R. Badii and A. Politi, Complexity: Hierarchical Structures and Scaling in Physics (Cambridge University Press,Cambridge, England, 1997).
  5. K. Kaneko, Prog. Theor. Phys. 72, 480 (1984)
  6. I. waller and R. Kapral; Phys. Rev. A 30 2047 (1984)
  7. J. Crutchfield, Phyisca D 10, 229 (1984)
  8. S. P.Kuznetsov and A. S. Pikovsky, Izvestija VUS, Radiofizika 28, 308 (1985)
  9. http://chaos.c.u-tokyo.ac.jp/
  10. Lectures from the school-forum (CML 2004) held in Paris, June 21{July 2, 2004. Edited by J.-R. Chazottes and B. Fernandez. Lecture Notes in Physics, 671. Springer, Berlin (2005)
  11. Nozawa, Hiroshi. "A neural network model." Chaos 2, Num3(1992): 377.
  12. Ho, Ming-Ching. Hung, Yao-Chen. Jiang, I-Min. "Phase synchronization in inhomogenous globally coupled map lattices. Physics Letter A. 324 (2004) 450–457. [1]
  13. http://www.mat.uniroma2.it/~liverani/Lavori/live0803.pdf
  14. L.A. Bunimovich and Ya. G. Sinai. "Nonlinearity" Vol. 1 pg 491 (1988)
  15. Lyapunov Spectra of Coupled Map Lattices, S. Isola, A. Politi, S. Ruffo, and A. Torcini
  16. S. Lepri, A. Politi and A. Torcini Chronotopic Lyapunov Analysis: (I) a Detailed Characterization of 1D Systems, J. Stat. Phys., 82 5/6 (1996) 1429.