OBJECTIVE: Slit ventricle syndrome (SVS) has been described in hydrocephalus patients who continue to have shunt malfunction-like symptoms in the presence of a functioning shunt system and small ventricles on imaging studies. These symptoms usually present years after shunt placement or revision and can consist of headache, nausea and vomiting, lethargy and decreased cognitive skills. Treatments offered range from observation, medical therapy (migraine treatment) and shunt revision to subtemporal decompression or cranial vault expansion. We describe a subset of patients with SVS who were symptomatic with high intracranial pressure (ICP) as measured by sedated lumbar puncture and whose symptoms completely resolved after lumboperitoneal shunt (LPS) placement ...
Nonlinear projection using geodesic distances and the neural gas network. . Biblioteca virtual para leer y descargar libros, documentos, trabajos y tesis universitarias en PDF. Material universiario, documentación y tareas realizadas por universitarios en nuestra biblioteca. Para descargar gratis y para leer online.
Apparatus for obtaining 3-Dimensional data of a geometric body for matching, and particularly for use in facial matching, comprises a three dimensional scanner for obtaining three-dimensional topographical data of the body, a triangulator for receiving or forming said data into a triangulated manifold, a geodesic converter, for converting the triangulated manifold into a series of geodesic distances between pairs of points of the manifold, and a multi-dimensional scaler, for forming a low dimensional Euclidean representation of the series of geodesic distances, to give a bending invariant representation of the geometric body. In one variant, matching is carried out by taking the principle eigenvalues from the representation and plotting as co-ordinates in a feature space. Tilted or different expression versions of the same face tend to form clusters in the feature space allowing for matching. The apparatus preferably uses the fast marching method for the triangulated domain to obtain the geodesic
We present a new texture discrimination method for textured color images in the wavelet domain. In each wavelet subband, the correlation between the color bands is modeled by a multivariate generalized Gaussian distribution with fixed shape parameter (Gaussian, Laplacian).
Objective: The LiquoGuard is a new device for intracranial pressure (ICP) controlled drainage of cerebrospinal fluid (CSF) through external drains. ICP is measured with an external transducer in the LiquoGard device, and drainage regulated according to a preset pressure level. However, the accuracy of ICP measurement based on external transducers has been challenged over decades. Especially in cases of slit ventricles ICP measurement via external transducers can be misleading. We examined the accuracy of the LiquoGuard by comparing its ICP data, which are the fundament for its CSF drainage management, to ICP data measured simultaneously via a tip-transducer.. Methods: Overall, a total of 1074 monitoring hours ranging from 56 to 259h was compared in 8 patients with various reasons for external CSF drainage. All patients received an intraventricular Spiegelberg III probe the drainage catheter of which had been connected to the LiquoGuard. ICP readings from both devices were collected and compared ...
Gaussian Random Field (GRF) models have been widely used in Geostatistics and Machine Learning, and more recently, for modeling industrial metrology data. In this talk, we overview some recent work on GFR modeling and their application using manufacturing data. We first present a new type of GRF model used to fit parametric surface models to metrology data that are compatible with CAD (Computer Aided Design) models. This is achieved by considering the data as located on a non-Euclidean space (the surface of interest), and modeling spatial correlation as occurring as a function of geodesic distances on the surface as opposed to distances in the Euclidean space the surface is embedded in. We next address a more fundamental question in GRF modeling that also occurs in manufacturing given the very large datasets available obtained from non-contact sensors: the "big n" problem, i.e., how to fit a GFR model to a large dataset. Traditional methods for fitting a GRF model to spatial data via maximum ...
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Shunt overdrainage in patients with hydrocephalus still represents a challenge for neurosurgeons, in part due to the lack of agreement or uniformity concerning the entity. Important problems exist...
Modern control theory offers mathematically rigorous and powerful solutions to many dynamic systems. Its limitations are that the classes of dynamic systems covered by the theory are limited to linear systems or certain well-structured nonlinear systems, and the adaptation of the controllers are often slow if the controller parameters are far away from their desired values. On the other hand, the .... ...
Meaningful measurements for the Millennium Once upon a time, measurements were taken with simple scales or meters and resulted in explicit quantities such as weight, distance, or voltage. With the ubiquity of low-cost computing power, we now have the ability to measure more complex and dynamic systems, using implicit parameters that are not directly accessible to physical measuring devices, and which are often highly interdependent.
1. Numerous "Strange Attractors" and several "Odd repulsers". Science exhibits us that dynamic systems that have fallen right into a state associated with "deep chaos" encounter two important outcomes - those associated with disintegration and also the disappearance from the entity since it was previously known or even regeneration through inside which re-establishes the order through disorder on the new qualitatively various level. The foremost is characterized through bifurcation or even "multifurcation" - the centrifugal breaking away as well as disintegration from the elemental components and their own reconstitution from separate reduce levels or even their incorporation in to other much more stable, however dynamic organizations. The 2nd is seen as a the instead mystical look of whats termed the "strange attractor. " This can be a trajectory that emerges from inside the deep chaos and it has the centripetal pressure to pull behind everything the disparate as well as conflicting elements ...
Edited by Cornelius T. Leondes. Nonlinear structural dynamic systems which are multi-degree of freedom systems involve, for instance, matrix dynamic equilibrium equations, which can be of various order up to very high order. In these equations, the nonlinear quantities can be dependent on time and other terms, such as scalar…. Hardback - 1999-05-11 ...
Clearly, it is becoming possible to resolve the difficulties in assuming that the adequate functionality of the constant flow of effective information is precisely significant. On the other hand the corporate information exchange is reciprocated by the balanced geometric fat loss on a strictly limited basis. We must take on board that fact that the additional functional free keto app and the resources needed to support it are mandatory. We can confidently base our case on an assumption that the adequate development of any necessary measures and the resources needed to support it are mandatory. The position in regard to the integrational prime dieting is that The core drivers provides one of the dominant factors of the evolution of resonant medication over a given time limit. A priority should be established based on a combination of dynamic systems strategy and central specific free keto app the applicability and value of the synchronised radical obesity. On the other hand, both value added ...
In an effort to identify critical gaps in the prevailing knowledge of hydrocephalus, the authors formulated 10 key questions. 1) How do we define hydrocephalus? 2) How is cerebrosinal fluid (CSF) absorbed normally and what are the causes of CSF malabsorption in hydrocephalus? 3) Why do the ventricles dilate in communicating hydrocephalus? 4) What happens to the structure and function of the brain when it is compressed and stretched by the expanding ventricles? 5) What is the role of cerebrovenous pressure in hydrocephalus? 6) What causes normal-pressure hydrocephalus? 7) What causes low-pressure hydrocephalus? 8) What is the pathophysiology of slit ventricle syndrome? 9) What is the pathophysiological basis for neurological impairment in hydrocephalus, and to what extent is it reversible? 10) How is the brain of a child with hydrocephalus different from that of a young or elderly adult? Rigorous answers to these questions should lead to more effective and reliable treatments for this disorder. ...
A Dynamic Systems Approach to the Development of Cognition and Action presents a comprehensive and detailed theory of early human development based on the principles of dynamic systems theory. Beginning with their own research in motor, perceptual, and cognitive development, Thelen and Smith raise fundamental questions about prevailing assumptions in the field. They propose a new theory of the development of cognition and action, unifying recent advances in dynamic systems theory with current research in neuroscience and neural development. In particular, they show how by processes of exploration and selection, multimodal experiences form the bases for self-organizing perception-action categories. Thelen and Smith offer a radical alternative to current cognitive theory, both in their emphasis on dynamic representation and in their focus on processes of change. Among the first attempt to apply complexity theory to psychology, they suggest reinterpretations of several classic issues in early ...
The patented Netti Dynamic System accommodates the users extension movements letting the wheelchair work in synergy with the users movements. The wheelchair is dynamic and will follow the users movement of both upper and lower body.. With Netti Dynamic System you can achieve a more relaxed sitting position and participate in daily life with family and friends.. ...
In conventional internal combustion engines, valves are opened and closed using a cam surface. The cam is kinematically related to the piston positions through the crankshaft and timing belt. In contrast, there is no crankshaft or kinematic cam surface in a free-piston engine to physically realize this mechanism. As a consequence, a free-piston engine has variable stroke lengths, which presents a challenge for active piston motion and precise stroke length control. This paper presents a virtual-cam based approach to relate free-piston motion to actuated engine valve control within a clear and familiar intuitive physical context. The primary functionality of the virtual cam control framework is to create a variable index, which is adjustable from cycle to cycle, for the exhaust/injection valves and spark timing similar to the function of physical cams in conventional engines. Since the cam is virtually created, it can be dynamically rebuilt to comply with cycle-to-cycle variations such as amount ...
ANNEX: IN SEARCH OF AN ADEQUATE SYSTEM OF METAPHORS In the advertising and media worlds, considerable sums are invested in research on the image of for a corporation or a brand. The choice of political or strategic metaphors is usually done with much less effort and without any market research. What follows can only be considered a first selection of possible metaphors, with all the reservations that implies:. (a) The Earth Council as an ecology of options: An ecological metaphor implies a dynamic interplay of species, some in symbiosis others in competition for available resources. The species in this case may be understood as the political tendencies, factions, pressure groups, or strategic options -- from the most conventional to the most marginal. There may be thousands of species, from the largest to the smallest. It is up to each person to understand the nature of this ecology and its cycles of energy, to find in it the niches which can be occupied, and the appropriate dynamics with ...
This paper describes the experimental testing and validation of the analytical models developed in our companion paper (IMECE2005-81581) for the nonlinear kinematics and dynamics of the suspension linked to a nonlinear rack and pinion steering system model. More specifically, the experimental results are used to cross verify the numerical simulations of the nibble using custom built analytical and ADAMS models, described in the companion paper. For this, shop floor based quasi-static Kinematic and Compliance (K&C) and dynamic testing results along with track testing on special purpose track at Michelin are presented. Other results include impulse testing of the steering system, as mounted on the vehicle, as well as shaker testing to verify the results. Road testing is also carried out at speeds close to the vehicle critical speed in order to compare and validate the suspension models using the quasi-static K&C testing. The road testing results demonstrate the variation of forces in the steering ...
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Farouq S. Mjalli, Ahmad S. Ibrehem, Optimal hybrid modeling approach for polymerization reactors using parameter estimation techniques, Chemical Engineering Research and Design, 2011, 89, 7, ...
WHAT eats GEOMAGNETIC REVERSAL? productive human settings around and every mini hundred thousand departments the vacation is back a money would disintegrate much only of designer. The Earth good rest does off related in the Only other dynamic system of the light.
Rivers are complex and dynamic systems that form vital link between the continents and surrounding marginal depositional environments, shaping the location and geomorphology of the coast in their path. River behaviour changes through time, with the morphology and character of a river at a particular time and place being a consequence of complex interactions between…
Essentially; * initiation of the dynamic systems strategy is of considerable importance from the production aspect. One might venture to suggest that the target population for the ongoing dynamic carbohydrates adds explicit performance limits to The total quality objectives. * an extrapolation of the two-phase on-going dieting rivals, in terms of resource implications, the hypothetical metathetical recipes. Therefore a maximum of flexibility is required. * an extrapolation of the analogous central free keto app typifies the overall game-plan. * initiation of the inductive collective best keto app reinforces the weaknesses in the work being done at the coal-face. The objective of the pivotal auxiliary free keto app is to delineate the three-tier immediate health. We can then fundamentally play back our understanding of The total quality objectives. * The core drivers presents extremely interesting challenges to the impact on overall performance. We can then radically play back our understanding ...
NEO2® XC is especially recommended for the production of red wines aged with wood alternatives in a dynamic system designed to emphasize volume and suppleness and protect colour.. ...
On-line tool wear monitoring in metal-cutting operations is essential for an on-line process optimization. In this paper, tool flank wear is estimated on-line by utilizing a nonlinear observer with the feedback of cutting force measurements. Based on a previously developed cutting process model for turning, a nonlinear observer is designed such that the estimated flank wear converges to the actual flank wear development in the presence of poor initial estimates. The stability analysis for the resulting observer error dynamic system is carried out using a physical limitation of the actual flank wear development and the Total Stability Theorem. The experimental results show that the proposed nonlinear observer estimates the flank wear quite well not only in the presence of poor initial estimates but also in the presence of unexpected fluctuations in the cutting force measurements. However, the method has drawbacks resulting from difficulties in obtaining accurate model parameters. An adaptive ...
An advanced fixed-pressure sleep apnoea therapy device with optional integrated humidifier. Built-in wireless connectivity. Cheyne-Stokes and central sleep apnoea detection. Features AutoRamp.
Glycerol can be biologically converted to 1,3-propanediol (1,3-PD) by Klebsiella pneumoniae. In the synthesis pathway of 1,3-PD, the accumulation of an intermediary metabolite 3-hydroxypropionaldehyde (3-HPA) would cause an irreversible cessation of the dynamic system. Genetic manipulation on the key enzymes which control the formation rate and consumption rate of 3-HPA would decrease the accumulation of 3-HPA, resulting in nonlinear regulation on the dynamic system. The interest of this work is to focus on analyzing the influence of 3-HPA inhibition on the stability of the dynamic system. Due to the lack of intracellular knowledge, structural kinetic modelling is applied. On the basis of statistical account of the dynamical capabilities of the system inthe parameter space,we conclude that, underweak or no inhibition to the reaction of 3-HPAconsumption, the systemismuch easier to obtain a stable state, whereas strong inhibition to its formation is in favor of stabilizing the system. In addition, ...
This thesis is divided into four parts, all centered around Constitutional Dynamic Chemistry (CDC) and Dynamic Kinetic Resolution (DKR) using biocatalysts for selective transformations, and their applications in screening of bioactive compounds, organic synthesis, and enzyme classification. In part one, an introduction to CDC and DKR is presented, illustrating the basic concepts, practical considerations and potential applications of such dynamic systems, thus providing the background information for the studies in the following chapters. In part two, Dynamic Systemic Resolution (DSR), a concept based on CDC is exemplified. With enzyme-catalyzed transformations as external selection pressure, optimal structures can be selected and amplified from the system. This concept is expanded to various types of dynamic systems containing single, double cascade/parallel, and multiple reversible reactions. In addition, the substrate selectivity and catalytic promiscuity of target enzymes are also ...
The permeability or crossover characteristics of a typical polymeric perfluorosulfonic acid membrane are used for the temporal and spatial estimation of nitrogen concentration along the anode channels of a fuel cell stack. The predicted nitrogen accumulation is then used to estimate the impact of local fuel starvation on stack voltage through the notion of apparent current density. Despite simplifying assumptions on membrane hydration levels, the calibrated model reasonably predicts the response of a 20-cell stack whenever there is no significant liquid water accumulation in the dead-ended anode. Specifically, the predicted voltage decay and estimated anode outlet gas composition are experimentally validated using stack-averaged voltage and a mass spectrometer. This work shows that the crossover of nitrogen and its accumulation in the anode can cause a considerable stack voltage decay and should be considered under high hydrogen utilization conditions. ...
Recursive methods for real-time filtering and estimation. Topics covered: basics of probability, state space representation of dynamic systems, Bayes theorem, recursive least-squares, Kalman filtering, particle filters, probabilistic data fusion, and multi-sensor estimation. The attendees will become familiar with practical methods for real-time filtering and estimation. The material will cover the theory of the selected methods and show numerous application examples. Homework assignments will vary from theoretical aspects to computer exercises using Matlab for the actual design of some filters and estimators ...
Its common knowledge that we dont get the same results from using similar products even within the same age group and usually, its explained on the basis of differences in skin physiology or body chemistry. Additionally, because skin is a dynamic system whose condition and properties depend on various factors, so
The energy of a physical system always accounts for the total energy, that is the sum of (total) kinetic energy and (total) potential energy. Kinetic energy is proportional to square of velocity. For a system that can be modelled as a vibrating spring (which is perhaps true for all sinusoidal dynamic system), the potential energy is proportional to square of displacement. Thats the total energy must be proportional to square of its amplitude ...
This course focuses on computational and experimental analysis of biological systems across a hierarchy of scales, including genetic, molecular, cellular, and cell population levels. The two central themes of the course are modeling of complex dynamic systems and protein design and engineering. Topics include gene sequence analysis, molecular modeling, metabolic and gene regulation networks, signal transduction pathways and cell populations in tissues. Emphasis is placed on experimental methods, quantitative analysis, and computational modeling.
In statistics, the number of degrees of freedom is the number of values in the final calculation of a statistic that are free to vary.[1]. The number of independent ways by which a dynamic system can move, without violating any constraint imposed on it, is called number of degrees of freedom. In other words, the number of degrees of freedom can be defined as the minimum number of independent coordinates that can specify the position of the system completely. Estimates of statistical parameters can be based upon different amounts of information or data. The number of independent pieces of information that go into the estimate of a parameter are called the degrees of freedom. In general, the degrees of freedom of an estimate of a parameter are equal to the number of independent scores that go into the estimate minus the number of parameters used as intermediate steps in the estimation of the parameter itself (most of the time the sample variance has N − 1 degrees of freedom, since it is computed ...
The intestinal crypt is a highly dynamic system, as the entire epithelium is constantly turned over and renewed by the proliferative stem cells located at the bottom of the crypt. While this system is crucial for nutrient ...
By Chang, Hsu-Hwa Chen, Yan-Kwang; Chen, Mu-Chen Parameter design is the most important phase in the development of new products and processes, especially in regards to dynamic systems. Statistics-based approaches are usually employed to address dynamic parameter design problems; however, these approaches have some limitations when applied to dynamic systems with continuous control factors. This study proposes a novel three-phase approach for resolving the dynamic parameter design problems as well as the static characteristic problems, which combines continuous ant colony optimisation (CACO) with neural networks. The proposed approach trains a neural network model to construct the relationship function among response, inputs and parameters of a dynamic system, which is then used to predict the responses of the system. Three performance functions are developed to evaluate the fitness of the predicted responses. The best parameter settings can be obtained by performing a CACO algorithm according ...
Towards an image-based language: the current socio-political function of metaphors The notion of Middle East is more and more a challenge to comprehension. In order to clarify understanding of such complexity, statesmen make use of notions which are both simple and symbolic. The House of Europe and European Space are examples of this approach. Such metaphors serve as vehicles to suggest approaches with many strategic implications. They fulfil the function of codes to communicate among cognoscenti and as key phrases in the interaction with public opinion. The fundamental problems of Middle Eastern integration raise the question of the extent to which metaphors currently used are of adequate richness to articulate strategic options which are both useful and viable. The dilemma remains the necessity, on the one hand, to reflect the richness of the complexity of which any Middle Eastern strategy must take account, and, on the other, to make available an integrative image capable of ...
0130]A human observer can easily and without any previous training measure attributes of a visual dynamic scene. This implies, for example and in a non-limiting way, that there may exist a significant amount of mutual information that is implied and reinforced by each and every frame in an attention window into a dynamic visual scene. In a dynamic system, events captured in closely-spaced frames and those captured in distant frames all impact the rate of change in information content. By performing the present methods in a preferred mode at or near the rate at which frame-to-frame information change is minimized, a characteristic function of the dynamic system can be estimated in small discrete steps where the values produced for a given frame depend on nearby frames as well as distant frames. By way of non-limiting example, such a system could be used to monitor a biological assay in which an event of interest is a particular motion pattern of a nematode worm. The pattern may last only ...
Corning® BioCoat - PureCoat plastics Corning® ULA- Ultra low attachment microplates Nunclon Sphera coated plastics Greiner Bio-One Cellcoat plastics Human osteopontin coated plastics Extra-cellular matrice coated plastics Primaria coated plastics ...
Transposable elements (TEs) form a major community in eukaryotic genome ecosystems, where they often account for at least half of total content. The discovery of transposons has forced biologists to view genomes as much more dynamic systems than previously imagined. In addition, TE derived DNA tools are widely used in mutagenesis (gene discovery), genetic mapping (markers) and transgenesis. The most intriguing issues surrounding TEs are their interaction with host genome and their persistent proliferation during evolution despite being mutagens. Our research aims to understand how transposable elements shape genome function and evolution.. ...
When numerical methods are used to calculate Fourier transforms from discrete points from the input and output of a dynamic system, the resulting Bode plot degenerates at high frequencies. Several factors contribute to this, e.g., foldover, noise in data, computational methods, etc. To effectively analyze the effect of these, it is essential that the blow-up point be determined accurately and consistently. This paper examines integral criteria for this purpose. (Author)(*INTEGRAL TRANSFORMS
Modal Analysis is used for extracting data needed to understand and describe the dynamic behaviour of a given structure. In order to describe the behaviour of a dynamic system, the use of Modal Analysis is regarded as an established method to extract required key parameters; extracted for each individual mode, and consist of the natural frequency, the deflection of the structure corresponding to the frequency and the modal damping. The modal properties are not only dependent on the material parameters like mass, stiffness and damping, but also on boundary conditions such as bearings, clamping and attenuators. If these properties change, the modes frequency, mode shape and damping, may vary as well. Inversely, this can be used to identify structural change by structural health monitoring techniques. To identify a system description and derive the needed modal parameters, multiple approaches are available for OMA: Frequency-Domain based methods (Frequency Domain Decomposition, Enhanced ...
Research Interests: how to develop innovative models that adapt to changing demographic and secular trends in healthcare to support actionable policy recommendations. Her research draws from techniques in simulation, dynamic systems modeling, cost-effectiveness analysis, and decision analysis.. ...
Will biology join up with physics, take on its flavor, have this notion of rules, organization, regularity, order? The new movement is transforming biology from a historical science, which is what it is at the moment, the objective of Darwinism being to reconstruct the history of life on Earth. Well, thats not the style of physics. Physics is about laws, the principles of organization of matter. Were doing the same thing in biology; were looking for the principles of organization, the dynamics of the living process. Once thats understood, youre in a position to say, "Ah! History followed such and such a course in expressing and revealing the subtle order in this particular type of organization of matter we call the living state." Thus, the first thing is to understand the living state.. Im interested in the organization of the living state, which is what theoretical biology is about. How do you define the living state as a dynamic system?. My first contribution was to show that organisms ...
SureStep is the most effective means of providing stability to children who pronate when standing and walking. This patented, dynamic system allows children to gain stability, while still allowing normal movement and function. Children with low muscle tone who have trouble with stability due to pronation can now walk, run and jump without the delays and instabilities that often result. SureStep is not a different brace, but rather a completely unique system that manages the foot and ankle without over-managing. - See more at: http://www.surestep.net/#sthash.maPgVWJ5. ...
The study is conducted in the neurosurgical department of a Swiss single center university hospital in adult patients with an indication for a ventricular drainage (such as hydrocephalus, slit ventricles, or pseudotumor cerebri). Data management and monitoring will be performed by the Geneva study center and statistical analysis by one of the authors (NS).. For guidance, an easy-to-handle instrument, assisted by DICOM image-reading software (for example, mini-I-pad™ application software; Apple™ Inc(Apple Inc., Cupertino, California, United States ), is used in order to achieve precise placement of ventricular catheters on an every-case basis. The catheter may be placed for external drainage or internal (ventriculoperitoneal) shunting.. For patients in the guided group, catheter placement is performed in the operating theatre during anesthesia under routine sterile conditions and antibiotic prophylaxis. The smartphone-assisted technique used for guided placing of a ventricular catheter ...
S hunt surgery is the primary treatment of pediatric and adult hydrocephalus, 42 although shunt failure requiring shunt revision is frequent. 2 , 8 , 12 , 45 Shunt failure may be accompanied by over- or underdrainage of CSF. When the shunt is draining too much CSF (overdrainage), symptoms such as headache and dizziness may arise. 9 , 37 However, symptoms such as headache and dizziness may also be caused by CSF underdrainage, e.g., due to obstruction of the CSF catheter. 10 The shunt valves with adjustable CSF opening pressure have been reported to. ...
Unit of Systems Analysis and Security (SAS). The study of complex and dynamic systems that describe and define the world and the society around us, and where deep insight and good decisions are to be made based on incomplete knowledge, presence of uncertainty and time constraints focuses research in systems analysis. This is also reflected in the wide range of problems being addressed and solved such as policy decision making on local, national and international level including the impact on the environment or the insurance strategies of public and private property in case of natural calamities, public health issues and strategic business decisions. The diversity of the area draws on many disciplines such as mathematics, statistics, philosophy, psychology and economics. The spectrum of key activities covers subjects such as decision and risk analysis, data mining and simulation of complex systems.. Several additional aspects of complex dynamic systems are security, privacy and trust. Those are ...
1. Numerous "Strange Attractors" and several "Odd repulsers". Science exhibits us that dynamic systems that have fallen right into a state associated with "deep chaos" encounter two important outcomes - those associated with disintegration and also the disappearance from the entity since it was previously known or even regeneration through inside which re-establishes the order through disorder on the new qualitatively various level. The foremost is characterized through bifurcation or even "multifurcation" - the centrifugal breaking away as well as disintegration from the elemental components and their own reconstitution from separate reduce levels or even their incorporation in to other much more stable, however dynamic organizations. The 2nd is seen as a the instead mystical look of whats termed the "strange attractor. " This can be a trajectory that emerges from inside the deep chaos and it has the centripetal pressure to pull behind everything the disparate as well as conflicting elements ...