RECURSIVE APPROXIMATION OF TOPOGRAPHIC DATA USING QUADTREES AND ORTHOGONAL POLYNOMIALS* Lloyd A. Leifer** and David M. Mark Department of Geography State University of New York at Buffalo

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Date: 2008-08-30 00:29:04 Algebra Mathematics Polynomials Regression analysis Quadtree Linear algebra Abstract algebra Root-mean-square deviation Orthogonal polynomials Resultant Orthogonality Primitive part and content		RECURSIVE APPROXIMATION OF TOPOGRAPHIC DATA USING QUADTREES AND ORTHOGONAL POLYNOMIALS* Lloyd A. Leifer** and David M. Mark Department of Geography State University of New York at Buffalo Add to Reading List Source URL: mapcontext.com Download Document from Source Website File Size: 794,13 KB Share Document on Facebook

	* Manuscript Click here to view linked References An Optimization Technique for Damped Model Updating with Measured Data Satisfying Quadratic Orthogonality DocID: 1uIg3 - View Document
	On orthogonality and learning recurrent networks with long term dependencies Eugene Vorontsov 1 2 Chiheb Trabelsi 1 2 Samuel Kadoury 1 3 Chris Pal 1 2 arXiv:1702.00071v4 [cs.LG] 12 Oct 2017 DocID: 1tScp - View Document
	Orthogonal Matrices and the Singular Value Decomposition Carlo Tomasi The first Section below extends to m × n matrices the results on orthogonality and projection we have previously seen for vectors. The Sections there DocID: 1tr0F - View Document
	On the orthogonality of indicators of journal performance DocID: 1rHbv - View Document
	Christiano FINC 520, Spring 2008 Homework 1, due Monday, AprilHere are two questions about linear projections. You may use the necessity and suﬃciency of the orthogonality property of projections in your answer DocID: 1rl1h - View Document