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| | decomposition |
 | | Grep of noun decomposition decomposition decomposition reaction double decomposition double decomposition reaction vector decomposition Overview of noun decomposition The noun decomposition has 5 senses (first 4 from tagged texts) 1. | | | decomposition, rot, rotting, putrefaction -- ((biology) decaying caused by bacterial or fungal action) Grep of adj decomposition decompositional Overview of noun decomposition The noun decomposition has 5 senses (first 4 from tagged texts) 1. | | | (8) decomposition, vector decomposition -- (the analysis of a vector field) 2. |
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http://www.beetfoundation.com/words/d/alt.decomposition.html
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| | Reverse engineering of data |
| | Discrepancies between the functional decomposition and the data model decomposition should be targeted for early analysis to determine why the discrepancy exists between the users' perception of the system functions and the data entity groupings in the system that (in theory) support the functions. | | | The functional decomposition and data model decomposition assisted in the development of specific data model views that were prototyped with the various user communities, using CASE tool-based DDL output. | | | When a valid system decomposition must be reconstituted, the analysis goal is to describe the system according to classes of related functions instead of attempting to deal with numerous, individual functions. |
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http://www.research.ibm.com/journal/sj/372/aiken.html
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| | mgbib.bbl |
| | \bibitem{SFAshby_CTKelley_PESaylor_JSScroggs_1994a} {\sc S.~F. Ashby, C.~T. Kelley, P.~E. Saylor, and J.~S. Scroggs}, {\em Preconditioning via asymptotically--defined decomposition}, in Domain Decomposition Methods in Scientific and Engineering Computing: Proceedings of the Seventh International Conference on Domain Decomposition, vol.~180 of Contemporary Mathematics, Providence, Rhode Island, 1994, American Mathematical Society, pp.~139--150. | | | \bibitem{VIAgoshkov_1994a} \leavevmode\vrule height 2pt depth -1.6pt width 23pt, {\em Domain decomposition methods using modified basis functions}, in Domain Decomposition Methods in Science and Engineering: The Sixth International Conference on Domain Decomposition, vol.~157 of Contemporary Mathematics, Providence, Rhode Island, 1994, American Mathematical Society, pp.~3--15. | | | \bibitem{RArina_CCanuto_1994a} \leavevmode\vrule height 2pt depth -1.6pt width 23pt, {\em A {X}--formulation of the viscous--inviscid domain decomposition for the {E}uler/{N}avier--{S}tokes equations}, in Domain Decomposition Methods in Scientific and Engineering Computing: Proceedings of the Seventh International Conference on Domain Decomposition, vol.~180 of Contemporary Mathematics, Providence, Rhode Island, 1994, American Mathematical Society, pp.~453--458. |
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http://www.mgnet.org/mgnet/bib/mgbib.bbl
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| | Domain Decomposition For Linear And Nonlinear Elliptic Problems Via Function Or Space Decomposition - Tai (ResearchIndex) |
| | In this article, we are going to use a function decomposition method and a space decomposition methods of [5] to get some parallel overlapping and nonoverlapping domain decomposition methods for self--adjoint linear and nonlinear elliptic problems. | | | Domain decomposition for linear and nonlinear elliptic problems via function or space decomposition. | | | The function decomposition method and the space decomposition method use different starting point in doing the domain decomposition. |
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http://citeseer.ist.psu.edu/tai94domain.html
(8452 words)
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| | Magnus |
| | The canonical decomposition of a subgroup can be obtained by first using the presentation of its overgroup to obtain a presentation of the subgroup. | | | Similarly, the number of cyclic groups in the canonical decomposition, the primes occurring in the primary decomposition and the orders of the cyclic factors are also invariants. | | | These decompositions can also be chosen so that they dovetail with a decompsition of the containing group, which then allows for answering such questions as to whether a subgroup is isolated, is a direct factor and so on. |
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http://zebra.sci.ccny.cuny.edu/web/caiss/MAGNUS/website/pages/checkinabeliangroup.html
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| | UAX #15: Unicode Normalization |
| | Compatibility decomposition is the process of taking a string, replacing composite characters using both the Unicode canonical decomposition mappings and the Unicode compatibility decomposition mappings, and putting the result in canonical order. | | | Canonical decomposition is the process of taking a string, recursively replacing composite characters using the Unicode canonical decomposition mappings (including the algorithmic Hangul canonical decomposition mappings, see Annex 10: Hangul), and putting the result in canonical order. | | | Generate the compatibility decomposition for the source string S according to the decomposition mappings in the latest supported version of the Unicode Character Database. |
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http://www.unicode.org/reports/tr15
(1968 words)
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| | The Jampack Owners Manual: Decompositions |
| | Returns the QR decomposition of A. The factored form of the QR decomposition of a mxn matrix A is computed by the class Zhqrd (the "h" stands for Householder). | | | The decomposition is called the spectral decomposition of A. This decomposition is implemented by the class Zspec. | | | Returns the Householder QR decomposition of A. Because the Q-factor produced by Zhqrd is in factored form, the class provides four methods for multiplying Q and its conjugate transpose into a matrix. |
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http://www.mathematik.hu-berlin.de/~lamour/software/JAVA/Jampack/Doc/10_Decomp.html
(1968 words)
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| | 8.3 QR Decomposition and Complete Orthogonal Decomposition |
| | A QR decomposition object is constructed from a general rectangular matrix. | | | The QR decomposition of a matrix is a decomposition of a general rectangular matrix, A, defined as: | | | You can control whether pivoting is done, and you can specify that certain rows of the decomposition should be moved to the front or back, by constructing a QR decomposition server object and using it to construct the decomposition. |
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http://www.roguewave.com/support/docs/hppdocs/lpkug/8-3.html
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| | Clearing up the market cycle... best Prime Decomposition |
| | Unmixed and prime decomposition of radicals of polynomial ideals Unmixed and prime decomposition of radicals of polynomial ideals Dongming Wang... | | | Prim e Decomposition of Knots in Lorenz-like Templates Prime Decomposition of Knots in Lorenz-like Templates R. Williams showed that all knots in the Lorenz template are prime. | | | Prim e Decomposition of Knots in Lorenz-like Templates Prime Decomposition of Knots in Lorenz-like Templates Comment: 10 pages; 9 figures, many with multiple parts R. Williams showed that all knots in the Lorenz template are prime. |
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http://ascot.pl/th/Fourier5/Prime-Decomposition.htm
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| | Papers for research purposes |
| | Key words: Iwasawa decomposition, Lie algebra, Radon transform, inverse of the Abel (or Radon) transform, symmetric space of non-compact type, noncompact, Cartan decomposition, spherical Fourier transform, Abel transform, Helgason, Lie groups, root system. | | | Key words: Iwasawa decomposition, Lie algebra, SL(n, $R$), inverse of the Abel (or Radon) tLaplacian (Beltrami-Laplace operator), Helgason, Cartan decomposition, Harish-Chandra, non-hypergeometric functions. | | | Key words: noncompact, symmetric space, Iwasawa decomposition, Abel transform, Lie algebra, Radon transform, Helgason, semisimple Lie groups (or algebras), Cartan decomposition, SL(n, $R$). |
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http://www.cs.laurentian.ca/sawyer/list.html
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| | Papers for research purposes |
| | Key words: Iwasawa decomposition, Lie algebra, Radon transform, inverse of the Abel (or Radon) transform, symmetric space of non-compact type, noncompact, Cartan decomposition, spherical Fourier transform, Abel transform, Helgason, Lie groups, root system. | | | Key words: Iwasawa decomposition, Lie algebra, SL(n, $R$), inverse of the Abel (or Radon) tLaplacian (Beltrami-Laplace operator), Helgason, Cartan decomposition, Harish-Chandra, non-hypergeometric functions. | | | Key words: noncompact, symmetric space, Iwasawa decomposition, Abel transform, Lie algebra, Radon transform, Helgason, semisimple Lie groups (or algebras), Cartan decomposition, SL(n, $R$). |
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http://www.cs.laurentian.ca/sawyer/list.html
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| | Domain Decomposition Methods |
| | The next international domain decomposition conference, DD17, will be in Austria, from July 3rd to July 7th, 2006. | | | The talks given at the last domain decomposition conference, DD16 in New York, can be made avaliable online by the authors. | | | Domain Decomposition, Parallel Multilevel Methods for Elliptic Partial Differential Equations, Barry Smith, Petter Bjorstad, William Gropp, Cambridge University Press 1996. |
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http://www.ddm.org
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| | PlanetMath: matrix factorization |
| | also referred to as right and left decompositions of T, respectively, where U and V are positive symmetric matrices, and R is an orthogonal matrix. | | | Note that the process of producing a factorization/decomposition is also called ``factorization'' or ``decomposition''. | | | Cross-references: diagonalizable, normal matrices, diagonalize, calculate, Iwasawa decomposition, Jordan canonical form, decomposition, positive definite, Cholesky decomposition, diagonal matrix, singular value decomposition, right triangular, orthogonal, QR-decomposition, upper triangular, lower triangular, LU-decomposition, matrix |
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http://planetmath.org/encyclopedia/MatrixFactorization.html
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| | ipedia.com: LU decomposition Article |
| | In linear algebra, a LU decomposition, or LUP decomposition or Doolittle decomposition is a matrix decomposition of a matrix into a lower triangular matrix L, an upper-triangular matrix U and a permutation matrix P. | | | In linear algebra, a LU decomposition, or LUP decomposition or Doolittle decomposition is a matrix decomposition of a matrix into a lower triangular matrix L, an upper-triangular matrix U and a permut... | | | The matrices L and U can be used to calculate the matrix inverse. |
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http://www.ipedia.com/lu_decomposition.html
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| | ipedia.com: LU decomposition Article |
| | In linear algebra, a LU decomposition, or LUP decomposition or Doolittle decomposition is a matrix decomposition of a matrix into a lower triangular matrix L, an upper-triangular matrix U and a permutation matrix P. | | | In linear algebra, a LU decomposition, or LUP decomposition or Doolittle decomposition is a matrix decomposition of a matrix into a lower triangular matrix L, an upper-triangular matrix U and a permut... | | | These elementary matrix transformations are all of the linear combinator transformation type (the third listed type in the entry "elementary matrix transformations").Suppose T is the product of N transformations T |
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http://www.ipedia.com/lu_decomposition.html
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| | Lever.doc |
| | As the temperature of decomposition was increased from 150 to 162ºC, the heat of decomposition was reduced from -215kJ/mol to -90kJ/mol. | | | Upon increasing the decomposition temperature from 157-162ºC, the volume of gas produced was approximately halved from 750ml to 400ml and the heat of decomposition was halved from 185kJ/mol to 90kJ/mol. | | | The reduced volume of gas when the decomposition was carried out at 162ºC could possibly be attributed to the polymerisation of the chloronitrosobenzene monomer that is endothermic in nature and results in the formation of only one mole of gas (CO2) as opposed to two. |
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http://process-safety.tamu.edu/symposium/2004/Papers/Lever.doc
(5400 words)
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| | Polyester decomposition process and polyester monomerization system - US Patent 6214893 |
| | A process for the decomposition of a polyester as claimed in claim 1, wherein the polyester is selected from the group consisting of polyethylene terephthalate, polybutylene terephthalate, polycyclohexanedimethylene terephthalate, polyethylene naphthalate, polybutylene naphthalate, and polycarbonate. | | | A process for the decomposition of a polyester as claimed in claim 1 wherein the polyester is decomposed by solvolysis with a lower alkyl alcohol and the dialkyl carboxylate and dihydroxy compound obtained as decomposition products by solvolysis with the lower alkyl alcohol are recycled as solvents for the polyester. | | | This process for the decomposition of a polyester is characterized in that the polyester is decomposed by solvolysis with methanol to form a dimethyl carboxylate and a dihydroxy compound, and these decomposition products are added to and mixed with a melt of the polyester for the purpose of decomposing the polyester by solvolysis. |
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http://www.patentstorm.us/patents/6214893.html
(2888 words)
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| | NMath Matrix User's Guide - Chapter 5. Decompositions |
| | By default, this decomposition class performs pivoting-that is, it may move columns in the input matrix to increase the robustness of the calculation. | | | NMath Matrix includes decomposition classes for constructing and manipulating QR and singular value decompositions of the general matrix types in NMath Core. | | | NMath Matrix also provides decomposition server classes that construct instances of the decomposition classes, allowing you greater control over how decomposition is performed. |
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http://www.centerspace.net/doc/NMath/Matrix/user/decompositions.html
(128 words)
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| | LU decomposition : Doolittle decomposition |
| | LU decomposition, or Doolittle decomposition is the process of decomposing a matrix into a product of an upper-triangular matrix U and a lower triangular matrix L. decomposition, or Doolittle decomposition is the process of decomposing a matrix into a product of an upper-triangular matrix U and a lower triangular matrix L. | | | LU decomposition is LUP decomposition[?], where P is the identity matrix. | | | terms defined : LU decomposition : Doolittle decomposition |
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http://www.termsdefined.net/do/doolittle-decomposition.html
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| | Decomposition |
| | QR decomposition In matrix A is a factorization expressing A as A = QR where Q is an triangular matrix. | | | Compatibility decomposition In Unicode, the compatibility decomposition of a character is a string that holds the relati... | | | Ldu decomposition From linear algebra: LDU decomposition states that for every square matrix A, there exists: a permutat... |
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http://www.brainyencyclopedia.com/topics/decomposition.html
(315 words)
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| | PlanetMath: matrix factorization |
| | also referred to as right and left decompositions of T, respectively, where U and V are positive symmetric matrices, and R is an orthogonal matrix. | | | Cross-references: calculate, Iwasawa decomposition, Jordan canonical form, decomposition, positive definite, Cholesky decomposition, diagonal matrix, singular value decomposition, right triangular, orthogonal, QR-decomposition, upper triangular, lower triangular, LU-decomposition, matrix | | | Note that the process of producing a factorization/decomposition is also called ``factorization'' or ``decomposition''. |
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http://planetmath.org/encyclopedia/MatrixFactorization.html
(315 words)
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| | PlanetMath: matrix factorization |
| | Cross-references: calculate, Iwasawa decomposition, Jordan canonical form, decomposition, positive definite, Cholesky decomposition, diagonal matrix, singular value decomposition, right triangular, orthogonal, QR-decomposition, upper triangular, lower triangular, LU-decomposition, matrix | | | also referred to as right and left decompositions of T, respectively, where U and V are positive symmetric matrices, and R is an orthogonal matrix. | | | Note that the process of producing a factorization/decomposition is also called ``factorization'' or ``decomposition''. |
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http://planetmath.org/encyclopedia/MatrixFactorization.html
(315 words)
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| | abstract53_4_8 |
| | Both decompositions (in infinite dimensions), the Iwasawa decomposition and the Birkhoff decomposition, have had important applications to analysis, e.g., to the Riemann-Hilbert problem, and to geometry, like to the construction of harmonic maps from Riemann surfaces to compact symmetric spaces and compact Lie groups. | | | For arbitrary, finite-dimensional, semisimple Lie groups, the corresponding matrix factorizations are known as Iwasawa decomposition and Bruhat decomposition. | | | The Matsuki/Rossmann decomposition has been generalized only very recently to untwisted affine loop groups by Kellersch and facilitates the discussion of harmonic maps from Riemann surfaces to semisimple symmetric spaces. |
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http://www.math.tohoku.ac.jp/tmj/abs53/abs53_4_8.htm
(315 words)
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| | Paradigms -- The Architecture of Programming Languages |
| | The application of object-oriented design methods leads to an object-oriented decomposition, in which we view the world as a collection of objects that cooperate with one another to achieve some desired functionality» [Booch, 1991, p 516, quoted from [Quib: glossary: funktionale Dekomposition]]. | | | Lambda-Free Decomposition: «The lambda-free paradigm is a restriction of the applicative model to the use of two types of functional mechanisms. | | | Decomposition around Hidden Data «Over the years, the emphasis in the design of programs has shifted away from the design of procedures towards the organization of data» [WIOOP]. |
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http://www.cs.mun.ca/~ulf/pld/archi.html
(4573 words)
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| | Craig Matthew Files |
| | While functional decomposition was originally created for the minimization of logic circuits, this paper uses the decomposition process for both machine learning and logic synthesis of multi-valued functions. | | | Even though functional decomposition was first created to reduce the complexity of switching networks, it has been found to have many other applications, including pattern recognition, algorithm creation, data compression, machine learning and logic minimization. | | | The motivation for this algorithm is the similarities between functional decomposition and the construction of decision trees. |
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http://www.ece.pdx.edu/~cfiles/papers.php?frame=true
(2475 words)
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| | Decomposition (disambiguation) - Wikipedia, the free encyclopedia |
| | For prime decomposition of integers, see fundamental theorem of arithmetic (for the mathematics), integer factorization (for applications), or prime factorization algorithm (for an algorithm). | | | The term decomposition is also found in chemistry: chemical decomposition. | | | In computer science, decomposition, otherwise known as factoring, refers to the process of breaking a complex problem down into easily-understood and achievable parts. |
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http://en.wikipedia.org/wiki/Decomposition_(disambiguation)
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| | Tremolite Decomposition on Venus |
| | Decomposition rate constants were measured using the mass loss of the heated samples. | | | We propose a decomposition mechanism and suggest that decomposition and dehydroxylation occur simultaneously. | | | We experimentally determined that the greater stability of F-bearing tremolite, suggested by thermodynamics, is reflected in its decomposition kinetics. |
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http://solarsystem.wustl.edu/03abstracts.htm
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| | Chapter 1 |
| | Considerable cellulose and lignin decomposition by actinomycetes and fungi can occur near the end of the composting period when the temperatures have begun to drop and the environment in a larger part of the pile is satisfactory for their growth. | | | The process of decomposition -- the breakdown of raw organic materials to a finished compost-- is a gradual complex process, one in which both chemical and biological processes must occur in order for organic matter to change into compost. | | | Anaerobic decomposition takes place in nature, as in the decomposition of the organic muds at the bottom of marshes and in buried organic materials to which oxygen does not have access. |
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http://aggie-horticulture.tamu.edu/extension/compost/chapter1.html
(5727 words)
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| | ipedia.com: LU decomposition Article |
| | In linear algebra, a LU decomposition, or LUP decomposition or Doolittle decomposition is a matrix decomposition of a matrix into a lower triangular matrix L, an upper-triangular matrix U and a permutation matrix P. | | | In linear algebra, a LU decomposition, or LUP decomposition or Doolittle decomposition is a matrix decomposition of a matrix into a lower triangular matrix L, an upper-triangular matrix U and a permut... | | | These elementary matrix transformations are all of the linear combinator transformation type (the third listed type in the entry "elementary matrix transformations").Suppose T is the product of N transformations T |
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http://www.ipedia.com/lu_decomposition.html
(353 words)
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