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Topic: Distributed element model

	guiStuff - The CSS Box Model
		All visual elements within a page are considered to be rectangular boxes, each with its own padding, border, and margin properties.
		element is actually the ancestor of all of the document's elements).
		Hence, when assigning percentage values to the width and height properties of non-absolutely-positioned elements, these percentages are of the corresponding width and height of that element's containing (parent) block.
	www.guistuff.com /css/css_boxmodel.html (1721 words)

	Simple Object Access Protocol (SOAP) 1.1
		If a header element is tagged with a SOAP mustUnderstand attribute with a value of "1", the recipient of that header entry either MUST obey the semantics (as conveyed by the fully qualified name of the element) and process correctly to those semantics, or MUST fail processing the message (see section 4.4).
		Elements tagged with the SOAP mustUnderstand attribute with a value of "1" MUST be presumed to somehow modify the semantics of their parent or peer elements.
		Note that rule 2 allows independent elements and also elements representing the members of arrays to have names which are not identical to the type of the contained value.
	www.w3.org /TR/2000/NOTE-SOAP-20000508 (0 words)

	CSS Reference
		The properties of the run-in element are inherited from its parent in the source tree, not from the block box it visually becomes part of.
		An element that establishes a local stacking context generates a box that has two stack levels: one for the stacking context it creates (always '0') and one for the stacking context to which it belongs (given by the 'z-index' property).
		This means that inside the element, reordering is strictly in sequence according to the 'direction' property; the implicit part of the bidirectional algorithm is ignored.
	css-menus.com /visuren.html (0 words)

	Class Notes: Tesla Coils and the Failure of Lumped-Element Circuit Theory
		In all of those circuit models the current is analytically presupposed to be uniformly distributed along the wire in the coil (it's in the Neumann integral definition of inductance - see any elementary electromagnetics text) and the voltage will rise proportional to N, the turns along the coil.
		Depending upon whether you're operating at a frequency where the current is sinusoidally distributed along the coil or operating at a low enough frequency so that the current is uniformly distributed along the coil, either model may be appropriate.
		In the lumped element model, the sphere serves as a conjugate reactance, equal and opposite to 2
	www.ttr.com /corum/index.htm (0 words)

	Rocscience Products - Phase2
		A distributed load represents a surface load or pressure (force) / (unit area) when considering the out-of-plane dimension of the model.
		The Seismic body force is vectorially added to the (downward) Body Force which exists due to gravity, to obtain the total body force acting on an element.
		Springs can be used to model the effect of struts or similar support elements.
	www.rocscience.com /products/phase2/Loading.asp (536 words)

	FRAME2Dexpress 2-dimensional static and dynamic analysis of frame structures
		Element distributed load direction, vertical, horizontal or perpendicular to the elements.
		Mass combination coefficients for nodal masses or element distributed masses due to dead and live weight may be defined by the user.
		The kind of the distributed loads are: uniformly distributed, triangular with maximum value at the right or the left element end, symmetric triangular, and symmetric parabolic.
	www.runet-software.com /FRAME2Dexpress.htm (656 words)

	Defining Collections in Distributed Digital Libraries
		Distribution - The components (and content) of a digital library may be spread over the global Internet, but are presented to the user as a single uniform system.
		CORBA distributed object framework; CRADDL services are deployed as CORBA objects, and service requests are expressed as methods requests to those objects.
		Without a doubt, the models for collection selection and containment, as used in the traditional library sense, are challenged in the digital library.
	www.dlib.org /dlib/november98/lagoze/11lagoze.html (5739 words)

	Mathematical model - Wikipedia, the free encyclopedia
		models are used particularly in the natural sciences and engineering disciplines (such as physics, biology, and electrical engineering) but also in the social sciences (such as economics, sociology and political science); physicists, engineers, computer scientists, and economists use mathematical models most extensively.
		Note this model assumes the particle is a point mass, which is certainly known to be false in many cases we use this model, for example, as a model of planetary motion.
		Linear vs. nonlinear: Mathematical models are usually composed by variables, which are abstractions of quantities of interest in the described systems, and operators that act on these variables, which can be algebraic operators, functions, differential operators, etc. If all the operators in a mathematical model present linearity the resulting mathematical model is defined as linear.
	en.wikipedia.org /wiki/Mathematical_model (1883 words)

	model (Site not responding. Last check: )
		Models were then extended into the non-linear regime by including the effect of the non-linear load-deflection (load-slip) behavior of the fasteners (McCutcheon, 1985).
		The early static models were verified using the results of static monotonic tests, conducted in accordance with ASTM E72 (the results of which formed the basis for the design tables currently found in the building codes).
		The model is also representative of shear walls that were previously tested at the University of Delaware (Dinehart and Shenton, 1998) and others that are to be tested under varying vertical load in the near future.
	www.ce.udel.edu /~mchite/model.htm (2767 words)

	Mayo SPPDG: Model Development
		For low frequency applications, lumped element models are generally adequate.
		In a theoretical approach, a model is developed using electromagnetic (EM) simulators like those developed at Mayo, using the material properties and physical dimensions of the packaging interconnect, planes, dielectrics, etc. In an empirical approach, lumped element parasitics are measured in the SPPDG's state of the art test laboratory.
		The commercial tools are also used to extract model parameters from both DC and high-frequency measured data.
	www.mayo.edu /sppdg/Simulation_and_Design/ModelDevelopment.html (465 words)

	Low-loss directional bridge patent invention (Site not responding. Last check: )
		In the distributed element model or transmission model of electronic circuits, it is assumed that each circuit element is finite, as opposed to infinitesimal, and the wires connecting elements are not perfect conductors, i.e., they have impedance.
		In the lumped element model of electronic circuits, the simplifying assumption is made that each element is an infinitesimal point in space, and that the wires are perfect conductors.
		The second measured signal may be produced by the second sensing element in response to detecting a difference in voltage between a third voltage at the fourth node and a fourth voltage at the second node.
	www.freshpatents.com /Low-loss-directional-bridge-dt20060907ptan20060197627.php (1902 words)

	Object Model (Site not responding. Last check: )
		There are a number of concurrent system models in existence, and some of those are object-oriented.
		Real distributed services are frequently offered in the form of objects (witness the rise in popularity of CORBA and DCOM, for example).
		The COMPOS '97 paper explains the model in more detail, and discusses an approach to proving properties of objects designed for the model.
	www.ittc.ku.edu /kan/design/model.html (1220 words)

	XML Topic Maps (XTM) 1.0
		The union of the subjects corresponding to these elements specifies the context in which the assignment of the topic characteristic is considered to be valid.
		element is a syntactic shortcut for an association of a special type defined by the class-instance published subject.
		child element in the recursive structure provides a single alternate form of the base name; the processing context in which this form is considered to be appropriate is defined by the union of all the parameters at this and higher levels of the recursive structure.
	www.topicmaps.org /xtm (7677 words)

	Distributed Computing Environment
		Distributed file system, which interoperates with the network file system to provide a high-performance, scalable, and secure file access system.
		DCE works internally with the client/server model and is well-suited for development of applications that are structured according to this model.
		Most DCE services are especially optimized for a structuring of distributed computing systems into a "cell" (a set of nodes/platforms) that is managed together by one authority.
	www.sei.cmu.edu /activities/str/descriptions/dce_body.html (1411 words)

	Feature-Based Finite Element Modeling with QTC (Site not responding. Last check: )
		An analysis of a model is performed "downstream" from the construction of a geometric model.
		Elements are connected by the nodes which are at discrete degrees of freedom that represent the unknowns in a solution.
		In essence, the finite element module is built by creating objects (C++ classes) which inherit the data and methods found from the objects of the QTC framework.
	users.oc-net.com /rekelley/feqtc2.html (5007 words)

	Evolution of TMN Network Object Models for Broadband Management
		In the third section, the models defined for the TMN are reviewed, while the fourth section discusses the issues which arise on the evolution path from a protocol-limited approach to a protocol-independent distributed solution.
		The criteria for convergence of the TMN and the distributed systems approach are discussed in the fifth section, and the conclusions of this article may be found in the sixth section.
		Among the first TMN models to be defined based on the ITU functional architecture were the network element models, such as ITU Recommendation M.3100 [5] which is a generic model of network elements, and ITU Recommendation I.751 [6] (equivalent to the ATM Forum M4 (NE) [7] model) for ATM network elements.
	www.comsoc.org /~ci/private/1997/oct/Manley.html (4266 words)

	Adobe Flash - Wikipedia, the free encyclopedia
		The Flash Player, developed and distributed by Adobe Systems (which bought Macromedia), is a client application available in most dominant web browsers.
		Since Flash files do not depend on a truly open standard such as SVG, this reduces the incentive for non-commercial software to support the format, although there are several third party tools which utilize and generate the SWF file format and a large and vibrant open source community.
		Apparently, the Flash Player cannot ship as part of a pure open source, or completely free operating system, as its distribution is bound to the Macromedia Licensing Program and subject to approval.
	en.wikipedia.org /wiki/Macromedia_Flash (3815 words)

	IMS Content Packaging Information Model (Site not responding. Last check: )
		The IMS Package depicted in Figure 2.1 consists of two major elements: a special XML file describing the content organization and resources in a package, and the physical files being described by the XML. The special XML file is called the IMS Manifest file, because course content and organization is described in the context of ‘manifests’.
		Elements surrounded by braces ({}) indicate areas in the information model where elements from other information models or specifications are expected to be included.
		An element identifying a single file this resource is dependent on. Repeat as needed for each file for a given resource.
	www.imsproject.org /content/packaging/cpinfo10.html (1649 words)

	Some Web Object Model Construction Technologies
		For example, in some cases it might be appropriate to agree on a definition of each element type, and possibly even to include a pointer to a machine-accessible version of that definition as metadata (e.g., an ontology), but not to require the use of a specific piece of code to process it.
		An object model for objects in the Web itself needs to be flexible, in the sense of providing support for interoperability among the wide range of data and processing resources on the Web, much as a global data model provides this type of support in a heterogeneous distributed database system [SL90].
		Other elements on the page can then include specifications of particular events, e.g., onClick to indicate a user selecting the element, together with the script-defined function to be invoked when that event occurs with respect to that element.
	www.icc3.com /ec/objects/modeling3.htm (10686 words)

	Continuous Modelling & Distributed Computing Seminar
		A continuous model is a model involving solution of a differential or integral equation.
		Continuous models are commonly used to simulate experiments or equipment, to gain a deeper understanding of the processes involved or to help with the experimental design process.
		Examples of applications that have been investigated using the distributed computing system at NPL include Monte Carlo simulation for radiation modelling, sensitivity analysis of finite element model results to material properties, propagation of Fourier components of acoustic waves, adiabatic energy transfer in caesium atoms, and electron transport in quantum dots.
	www.npl.co.uk /ssfm/news/events/20060222 (571 words)

	[No title]
		Regardless of the notation through which the concepts are captured, the UML Profile for Enterprise Distributed Computing is architecture neutral--that is, it does not favor one implementation architecture over another, so that "downstream" development tools (those designed to use the profile to generate runtime artifacts) can target many different platforms.
		Elements of analyses not mapped to CORBA should still be accessible as meta-data.
		In the end, it will be up to the submitters to identify the appropriate UML concepts and the CORBA architectural components to which they map based on their notion of "best practices" that attempt to strike a balance between state-of-the-art and tried-and-true (adopted) technologies.
	www.omg.org /docs/bom/98-10-05.txt (1325 words)

	Caltech Earthquake Engineering Research Laboratory Technical Reports - Modeling and analysis of hysteretic structural ... (Site not responding. Last check: )
		The first is of the distributed element or assemblage type, which models the physical behavior of the system by using well-known building blocks.
		The second class of models is of the differential equation type, which is based on the introduction of an extra variable to describe the history dependence of the system.
		A response analysis of systems using both the Distributed Element model and the differential equation model when subjected to a variety of quasi-static and dynamic loading conditions leads to the following conclusion: Caution must be exercised when employing the models belonging to the second class in structural response studies as they can produce misleading results.
	caltecheerl.library.caltech.edu /176 (343 words)

	A Finite Element Model for a Flexible Non-Symmetric Rotor on Distributed Bearing: A Stability Study -- from Mathematica ...
		A finite element model is presented for a flexible, non-axisymmetric shaft-rotor system supported in distributed bearings.
		The stability of this model is analyzed over a normal rotation speed range and the results are compared with analytical and numerical studies carried out on rigid and simpler flexible models.
		The same types of regions of instabilities are found for the finite element, flexible shaft-rotor model, and the role of shear deflection is particularly significant in one of the mechanisms.
	library.wolfram.com /infocenter/Articles/3319 (112 words)

	Model-Integrated Computing
		The key element of this approach is the extension of the scope and usage of models such that they form the "backbone" of a model-integrated system development process.
		Models can explicitly represent the designer's understanding of the entire system, including the information processing architecture, the physical architecture, and the environment it operates in.
		The architecture models represent the actual structure of the system to be built, while the environment models capture what the "outside world" of the system looks like.
	www.isis.vanderbilt.edu /research/research.html (508 words)

	Discrete Element Modeling - Snow (Site not responding. Last check: )
		Consequently, this model can be used to investigate problems in which knowledge of the microstructure of the snow is important, such as dynamic simulations of the interaction of tires and tracks with snow and calculations of snow grain surface-to-volume ratios important in electromagnetic and radiative processes.
		The DEM model snow consists of a large assembly of grains with an arbitrary mixture of axisymmetric particle shapes, including spheres, tapered cylinders, and elongated or oblate spheroids and ellipsoids.
		His research is focused on the development of discrete element modeling techniques and the application of those techniques to simulate problems in sea ice, river ice, and snow mechanics.
	www.crrel.usace.army.mil /sid/hopkins_files/Snow/snow1.htm (1233 words)

	Caltech Earthquake Engineering Research Laboratory Technical Reports - Generalized modal identification of linear and ... (Site not responding. Last check: )
		Once a model for the system has been identified, it is intended to use this model to assess the condition of the system and to predict the response to future excitations.
		In this study, a simple four-term nonparametric model is used first to provide a nonhysteretic estimate of the nonlinear stiffness and energy dissipation behavior.
		This model exploits the results of the nonparametric identification as an initial estimate for the model parameters.
	caltecheerl.library.caltech.edu /172 (394 words)

	Finite Element Analysis - Model Control Window
		The model control window allows you to enter initial guesses for the fitting process, control linear constraints and determine which parameters should be floated during the fitting process and which should stay fixed.
		For the Monomer-Dimer model, the molecular weight of the dimer is constrained by the molecular weight of the first component (by mass action and the Svedberg relationship).
		Model Results: Take current values for s and D and apply theoretical models to calculate molecular dimensions.
	bioc09.uthscsa.edu /auc/ultrascan/manual/finite_model_ctrl.html (1592 words)

	[No title]
		However, in distributed authoring environments a relatively large number of properties are needed to describe the state of a resource, and setting/returning them all through HTTP headers is inefficient.
		The propertybehavior XML element can specify that properties are copied on best effort, that all live properties must be successfully copied or the method must fail, or that a specified list of live properties must be successfully copied or the method must fail.
		If this XML element is not included in the request body then the server is expected to act as defined by the default property handling behavior of the associated method.
	www.ietf.org /rfc/rfc2518.txt (16509 words)

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