61. Geometry Computing At Michigan Technological University CS3621 Introduction to Computing with geometry CS5611 Advanced computer Graphics Teaching Curve and Surface Design in computer Graphics and Related http://www.cs.mtu.edu/~shene/NSF-2/

Geometric Computing and Graphics Group Department of Computer Science Michigan Technological University Acknowledgments This project and its accompanying software tools development are supported by the National Science Foundation under grant numbers CCR-9696084 (formerly CCR-9410707), DUE-9653244, DUE-9952621 and DUE-0127401, and by a Michigan Research Excellence Fund 1998-1999. DesignMentor Version 2 Beta Some components of the beta version of DesignMentor V2 are available. Click here for the details. Current Faculty Members: Dr. Ching-Kuang Shene Dr. John L. Lowther Current Graduate Students: John Eisbrener John Fisher Francis Greg Murphy Tin-Tin Yu Former Group Members: Dejan Nikolic Budirijanto Purnomo Yuan Zhao Yan Zhou Related Course Material: CS3621 Introduction to Computing with Geometry CS5611 Advanced Computer Graphics Publications: Tin-Tin Yu, John Lowther and Ching-Kuang Shene, Photon Mapping Made Easy to appear in ACM 36th Annual SIGCSE Technical Symposium , St. Louis, Missouri, February 23-27, 2005.

62. Engr. Allan S. Hugo's Class Web Pages This page is the entry point for several class web pages of Engr. Allan S. Hugo which includes chemistry, mathematics (algebra, analytic geometry, etc.), chemical engineering, and computer programming. http://www.geocities.com/ahugo_classes/index.html

Engr. Allan S. Hugo's Class Web Pages Subjects: computer programming concepts, general chemistry, computer applications in chemical engineering, college algebra, analytic geometry Kindly sign our guestbook August 21, 2001: Something new at cool stuff! Don't miss it. To view class web pages, please see contents below. For articles, please see EXTRA . For entertainment, kindly visit Cool Stuff Looking for me? Please check my schedules I invite you to take a few moments of your time to reflect on the message coming from our daily motivator . This is a wonderful opportunity to fill up your spirit everyday! Your education is more than just academics. It should be more of values. While you are studying, you should inculcate in yourself the right attitudes and cherish those values. Welcome to Engr. Allan S. Hugo's Class Web Pages Search this Site: W elcome. Thank you for visiting our class web pages. My name is Engr. Allan S. Hugo and I am a member of the faculty of chemical engineering of the University of Saint La Salle What you will find here are the courses related to chemistry, computer programming, chemical engineering and mathematics. You will be able to see class notes, handouts and lectures. You will also have the chance to read online tutorials on computer programming plus some available source codes on C programming.

63. Computational Geometry Bibliographies Bibliographies of computational geometry papers. Joel Seiferas Theoretical computer Science Papers Database (40000 entries) http://compgeom.cs.uiuc.edu/~jeffe/compgeom/biblios.html

Computational Geometry Bibliographies Items marked should be of particular interest to computational geometers. Items marked have recently appeared or changed. I guess this is the best place to mention Janice Walker's MLA-Style Citation Format for Electronic Resources , which describes citation formats for PostScript preprints, mailing list messages, Web pages, and so forth, in a style consistent with the MLA Handbook for Writers of Research Papers The Geometry Literature Database The Geometry Literature Database is a BibT E X database of papers in computational geometry, maintained as a collective effort by members of the computational geometry community, under the gentle supervision of Bill Jones at the University of Saskatchewan. Bill releases revisions of the database three times a year. The most recent revision was released on December 8, 1998 . It contains entries and requires just under 4 Mb of disk space. Bill's announcement of the latest release has more details. Detailed information about the database WWW search pages: 's search page at Universiteit Utrecht (usually current) [New URL] Search page at McGill University (usually current) Eric Grosse's search page at netlib (1996 version) To get your own copy (as a 1.2Mb gzipped tar file)...

64. Research Areas - Graduate Studies - Computer Science - Programs - Baskin School Research on decision theory, neural networks, computational biology, computational geometry, theoretical computer science, online learning algorithms, computational learning theory, reinforcement learning. http://www.soe.ucsc.edu/programs/cs/graduate/research.html#ai

Home Programs CS Graduate Studies Research Areas Research Areas - Computer Science CS Graduate Requirements Current Requirements Continuing Students Breadth Requirement Approved Electives ... Exam Committee CS Graduate Program Introduction Research Areas Faculty Courses CS Class Schedule Graduate Studies Admissions Financial Support Computer Science Department Home Page ... Software, Web, and Internet Engineering Algorithms, Logic, and Complexity David Helmbold (CS) Phokion Kolaitis (CS) Allen Van Gelder (CS) Manfred Warmuth (CS) The goal of pragmatic computer science is to develop systems that fully exploit the capabilities of current computer technology. The goal of theoretical computer science is to understand the underlying principles of information processing, principles that are invariant with respect to technological change. Some of the areas we are investigating are described below. Analysis of Algorithms An algorithm with exponential asymptotic running time is of limited practical value regardless of future advances in hardware technology. Members of the faculty are searching for efficient, practical algorithms to solve problems in coding, scheduling, logic, computational geometry, information retrieval, and programming-language optimization. We are also studying the approximation properties of NP optimization problems and developing methods for establishing both positive and negative approximation results for such problems. Parallel Computation Recent advances in VLSI have made it possible to use multiple processors to tackle a single problem. Efficient algorithms for a parallel system have characteristics far different from traditional sequential algorithms. Furthermore, some problems appear to be inherently sequential, in the sense that no parallel algorithm can significantly reduce the computation time needed to solve them. Our research has concentrated on distinguishing inherently sequential problems from those that can be solved quickly with parallel algorithms and on designing efficient parallel algorithms, particularly for scheduling and graph problems.

65. Computational Geometry Related Subjects for geometry, discrete mathematics, and theoretical computer science. of links to computer graphics resources, including a section on geometry. http://compgeom.cs.uiuc.edu/~jeffe/compgeom/related.html

Computational Geometry Related Subjects Items marked should be of particular interest to computational geometers. Items marked have been recently added or modified. Geometric Application Areas Many more real-world applications of computational and discrete geometry are described in David Eppstein 's Geometry in Action Hossein Arsham 's Bibliography for Optimization with Sensitivity Analysis , which includes pointers to several dozen related web sites and journals. The Steiner Tree Page by Joe Ganley Michael Garland 's Multiresolution Modeling page Paul Heckbert 's Collection of Mesh Generation Links Graph drawing information collected by Michael Himsolt Christian Klesper 's mesh generation web pages , from his extensive survey of meshing programs . [Warning: some parts of the survey require a frames-capable browser.] Mike Krus's Computer Graphics pages Geometric and solid modeling links collected by Jeongyoon Lee Stefano Lonadri 's Pattern Matching Pointers Mark Maimone 's Computer Vision Home Page at CMU Kevin Montgomery 's 3D Reconstruction Home Page at the Stanford/NASA National Biocomputation Center [New URL] Industry links GeomDir Lisa Nyman's The GIS Gateway Steve Owen's Meshing Research Corner [New URL] Lots of 3D scanning and surface reconstruction links collected by Dimitri Papadopoulos-Orfanos Karim Ratib's , a collection of links to computer graphics resources, including a section on geometry Robert Schneiders' finite element mesh generation page Latest news in mesh generation Peter Shirley's

66. Chartwell-Yorke Mathematics ICT computer algebra mathematics software (Derive 5 and LiveMath), Autograph for plotting, coordinate geometry and single variable statistics, CabriGeometre II dynamic geometry software, Fathom dynamic statistics, MathType equation editor. http://www.chartwellyorke.com/

Chartwell-Yorke Ltd, 114 High St, Belmont, Bolton, Lancs, BL7 8AL, UK, tel 01204 811001 fax 01204 811008 info@chartwellyorke.com Autograph 3 Cabri Geometry II Plus Cabri 3D Derive 6 ... Autograph 3 - the ultimate graphing, coordinate geometry and single-variable statistics package. Lots of uses at KS3, KS4 and above. See the Flash video tutorials. Cabri Geometry II Plus lets you dynamically explore Euclidean, transformational and coordinate geometry. Vectors, conics, equations of lines, much more. Reviews. Cabri 3D Construct, manipulate and explore solid geometry with Cabri 3D in just a few clicks with this exciting and revolutionary new software. New version 1.1 free trial and introductory guide just uploaded. Derive 6 Explore symbolic and numeric maths solutions from school to professional level. Particularly useful at KS4 and above. New version 6 shows calculus steps, exchanges data with TI calcs, has sliders to change values, and more. Demo Tutorials Reviews Fathom Dynamic Data v2 software for data handling and statistics at KS3, KS4 and A-Level.

67. Personal Marco Pedicini Institute for Applied Calculus, Rome Theoretical computer science, linear logic, geometry of interaction, optimal reductions. http://www.iac.rm.cnr.it/~marco/html

Consiglio Nazionale delle Ricerche ISTITUTO per le APPLICAZIONI del CALCOLO "Mauro Picone" Marco PEDICINI Research Interests: Dynamics of Computational Processes - Linear Logic, Proof Nets and Geometry of Interaction; - Computer Science: Concurrent and Parallel Systems; Quantum Computation FTP-site for Marco Pedicini e-prints. Papers Links and Abstracts Projects Other WWW Experiences: Vincent's Page Jean-Baptiste Joinet Link Hyper Harold Schellinx Laurent , Paris-alien in Marseille Lorenzo Tortora de Falco web site Personal Annotations on www: Mathematics Subject Classification Yahoo Referenced Mathematics Institutes Archivio Gazzetta Ufficiale (Concorsi Laureati) (IAC mirroring del televideo) Archivio Gazzetta Ufficiale Concorsi (Comune di Jesi) (la Repubblica) Reclutamento dal Ministero URST Marco Pedicini: marco@iac.rm.cnr.it

68. Gabor T. Herman City University of New York Image Reconstruction from Projections, Inverse Problems, Discrete Tomography, Biomedical Imaging, Medical Imaging, geometry of Digital Spaces, computer Graphics, Visualization, computer Vision http://www.cs.gc.cuny.edu/~gherman/

Gabor T. Herman Department of Computer Science The Graduate Center City University of New York 365 Fifth Avenue New York , NY 10016 USA e-mail: gabortherman at yahoo.com phone: (212) 817-8193 Current Information Books in Print: Basic Methods of Tomography and Inverse Problems , Institute of Physics, 1987 3D Imaging in Medicine , CRC Press, 1991 Geometry of Digital Spaces Discrete Tomography: Foundations, Algorithms, and Applications 3D Imaging in Medicine, 2nd Edition , CRC Press, 2000 Recent and Current Courses: Reconstruction from Projections , Department of Computer Science, The Graduate Center, City University of New York, Spring 2002 The Geometry of Digital Spaces , Department of Computer Science, The Graduate Center, City University of New York, Fall 2002 Image Processing, Computer Vision and Visualization , Department of Computer Science, The Graduate Center, City University of New York, Spring 2003 Discrete Tomography , Department of Computer Science, The Graduate Center, City University of New York, Fall 2003 Readings in Computer Science: Algorithms for Image Reconstruction from Projections , Department of Computer Science, The Graduate Center, City University of New York, Spring 2004 Seminar in Image Processing and Computer Vision , Department of Computer Science, The Graduate Center, City University of New York, Spring 2004 Seminar in Image Processing and Computer Vision , Department of Computer Science, The Graduate Center, City University of New York, Spring 2005 Reconstruction from Projections , Department of Computer Science, The Graduate Center, City University of New York, Fall 2005

69. An Introduction To Projective Geometry (for Computer Vision) An Introduction to Projective geometry (for computer vision) http://robotics.stanford.edu/~birch/projective/

Next: Introduction An Introduction to Projective Geometry (for computer vision) Stan Birchfield Printable version: [PDF 247KB] [ps.gz 71 KB] ** Erratum ** In Section 2.1.3, "The unit sphere," it is stated that the projective plane is topologically equivalent to a sphere. In fact, it is only locally topologically equivalent to a sphere, as pointed out by John D. McCarthy Introduction The Projective Plane Four models ... Stan Birchfield April 23, A.D. 1998

70. Macaulay Macaulay is a computer algebra system for mathematical computations in algebraic geometry and commutative algebra. At its core is a carefully tuned implementation of Grobner basis methods for manipulating systems of polynomial equations. http://www.math.columbia.edu/~bayer/Macaulay/index.html

Macaulay A system for computation in algebraic geometry and commutative algebra This page is www.math.columbia.edu/~bayer/Macaulay Description Macaulay is a computer algebra system for mathematical computations in algebraic geometry and commutative algebra. At its core is a carefully tuned implementation of Grobner basis methods for manipulating systems of polynomial equations. Macaulay's user base consists largely of academic researchers and graduate students. It consists of roughly 30,000 lines of C code, documentation, and contributed scripts in Macaulay's command language (which has been dubbed affectionately by some users as "algebraic machine language"). Authors Dave Bayer Department of Mathematics Barnard College Columbia University 2990 Broadway MC 4417 New York, NY 10027-6902 Mike Stillman Department of Mathematics Cornell University Ithaca, NY 14853-4201 Wait!! It's 2003. That 70's haircut really has to go. While you're at it, are you sure you want this program? It warms our hearts every time we hear of a diehard Macaulay enthusiast, but even Dave has switched to

71. Computer Graphics & Geometry http://www.cgg.ru/

No frames alert! The best is to supply a link to a non-framed version of the page.

72. Bath University - Department Of Computer Science Department of computer Science. Research themes Computational algebra and geometry; HCI; Multimedia computing; Systems software engineering. http://www.bath.ac.uk/comp-sci/

Undergraduate Students Post-graduate Students Exchange/Visiting Students Undergraduate Admissions ... Coping with Complexity (July '04) Maintained by web support

73. Summer School On Computer Tools For Real Algebraic Geometry Summer School on computer Tools for Real Algebraic geometry Tools for Real Algebraic geometry contains several minicourses, lectures and computer labs http://fgbrs.lip6.fr/~rouillie/Projets/RAAG/School/index.php

[Fabrice Rouillier] [SALSA] [CALFOR] [INRIA] ... RAAG - applications and liaison with industry Summer School on Computer Tools for Real Algebraic Geometry Participants Program Summer School on Computer Tools for Real Algebraic Geometry Large mini course, lectures and computer classes. monday 30 june - saturday 5 july 2003 - Rennes Scientific committee : Michel Coste, Laureano Gonzalez Vega, Fabrice Rou illier, Marie-Francoise Roy, Markus Schweighofer Lecturers Laureano Gonzalez-Vega, Joris van der Hoeven, Loic Pottier, Ste fan Ratschan, Fabrice Rouillier, Pablo Parrilo, Mohab Safey, Andreas Seidl, Phil ippe Trebuchet, Jan Verschelde, Philippe Wenger. The program of the Summer School on "Computer Tools for Real Algebraic Geometry" contains several minicourses, lectures and computer labs covering algorithms, a nd their implementation, dealing with polynomial system solving, homotopy method s, cylindrical algebraic decomposition, quantifier elimination, real curves and surfaces, sums of squares, real closure, semialgebraic sets, etc. The maximum number of participants is 40. Those interested in attending to the S ummer School should register at http://spaces.lip6.fr/ rouillie/P rojets/RAAG/School.

74. Informatik - Universität Des Saarlandes - Saarbrücken Department of computer Science. Areas of research include combinatorics, computational geometry, compilers for realtime embedded systems, formal modelling of circuits, computer architecture, description and planning logics, formal grammars, cryptography, and distributed algorithms. http://www.cs.uni-sb.de/

AktuellesNeues aus der InformatikVorträgeJobbörse ... mehr ... Informatik Universität des Saarlandes Willkommen English Deutsch Sitemap

75. Multiple View Geometry In Computer Vision - Cambridge University Press Multiple View geometry in computer Vision. 2nd Edition. Richard Hartley. Australian National University, Canberra. Andrew Zisserman. University of Oxford http://www.cambridge.org/uk/catalogue/catalogue.asp?isbn=0521540518

76. Homepage: Susanne Schmitt (Max-Planck-Institut Für Informatik) MaxPlanck-Institut f¼r Informatik. Effective computational geometry, separation bounds; computer algebra; Algebraic number theory, elliptic curves. Publications. http://www.mpi-sb.mpg.de/~sschmitt/

Department 1: Algorithms and Complexity max planck institut informatik Homepage Susanne Schmitt Department 1: Algorithms and Complexity Building 46.1 , Room 318 Stuhlsatzenhausweg 85 Germany Email: Get my email address via email Phone: Fax: Research Interests Real algebraic numbers, Root isolation, Separation bounds Effective Computational Geometry Computer Algebra Algebraic number theory, Elliptic curves Publications Publications of Dr. Susanne Schmitt Teaching Summer term 2005: Seminar Geometrische Algorithmen, Dr. Susanne Schmitt, Dr. Nicola Wolpert Earlier terms Winter term 2004/2005: Seminar Geometric Rounding, Dr. Lutz Kettner, Dr. Susanne Schmitt Winter term 2004/2005: Lecture Dr. Lutz Kettner, Dr. Susanne Schmitt, Dr. Nicola Wolpert Summer term 2004: Seminar Theorie und Praxis geometrischer Algorithmen, Dr. Susanne Schmitt, Dr. Nicola Wolpert Winter term 2003/2004: Lecture Effective Computational Geometry for Curves and Surfaces, Dr. Lutz Kettner, Dr. Susanne Schmitt, Dr. Nicola Wolpert

77. Cambridge University Press - Algorithmics, Complexity, Computer Algebra & Comput Algorithmics, Complexity, computer Algebra Computational geometry. Cambridge University Press books in theoretical computer science logic, http://www.cambridge.org/aus/browse/default.asp?subjectid=83730

78. McGill University School Of Computer Science School of computer Science. Research groups focus on advanced compilers, architectures and programming systems, Java tools, artificial intelligence, database technology, computational geometry, mobile robotics, computer vision, software engineering, cryptography and quantum information. http://www.cs.mcgill.ca/

Welcome to SOCS! Contact Information People Undergraduate Studies Job Openings ... Summer Camp Are you interested in a B.Sc. at SOCS? Click here for more information... Undergraduate Tutorials Click here for a detailed description SOCS Lab Reservations McGill ACM Programming Team It is still not too late to join the McGill ACM programming team to participate in the world-wide ACM programming contest. There is going to be a programming competition on Tuesday, Sept. 20th, 5h30 in Trottier 3120. More details can be found ... here Luc Devroye is king! Professor Luc Devroye has been awarded one of Canada's most distinguished annual awards for career achievements. Click here to read more.

79. Elsevier Author Gateway To develop new methods in computer aided geometry. Audience CAGD Researchers, Engineers, Designers and Technicians. About this Journal. http://authors.elsevier.com/JournalDetail.html?PubID=505604&Precis=DESC

80. Department Of Computer Science II Department of computer Science II. Interests algorithms, computer vision and sound; computeraided geometry and symbolic computation; Internet technology and information systems; modelling and scientific computing. http://www.maf.vu.lt/katedros/cs2/katedhp.htm

Staff Courses News of CS2 Department of Computer Science II Topics of research and teaching: algorithms, data structures, computer vision, image and signal processing, language synthesis, computer-aided geometry, symbolic computations, Internet technology, data bases, information systems, nonlinear modelling, scientific computing. Head of the Department: prof. F. Ivanauskas Address: 24 Naugarduko St., Vilnius, 2006 Lithuania ph.: +370-2-336032, fax: +370-5-2151585 HP is depicted by the famous baroque instances of Lithuania Research CAG Lab (Lithuanian) Publications Projects for students Students' corner Interesting things The Computer Science: "Computer science is no more about computers than astronomy is about telescopes" E. W. Dijkstra Vilnius University Faculty of Mathematics and Informatics, VU Hp designed by Algimantas Juozapavicius , assoc. prof. last updated: 30/04/2002

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