81. Computer Graphics At Stanford University Stanford University. Research areas include volume rendering, rendering algorithms and systems, 3D scanning, imagebased rendering, virtual reality, compression of graphics objects, user interfaces for visualization, high-performance graphics architectures, and visualization of complex systems and environments. http://www-graphics.stanford.edu/

News flashes: - A long-overdue web page describing the multi-purpose, 4-DOF, Stanford Spherical Gantry - an archive containing 435 fragments of the Forma Urbis Romae is now accessible online using this web-browsable database - Download ScanView : a program that lets you fly around our models of Michelangelo's statues - no license required. Available information: People Research projects Courses in graphics Technical publications ... Directions for getting to our laboratory Press here for a text-only overview of our laboratory, here for some slides summarizing our current research projects and course offerings Each faculty member's home page also summarizes their research projects. Click here to learn how the banner image at the top of this page was created. If the images on this server look dark to you, see our note about gamma correction Press here for information, which also restricts use of the three-dimensional Stanford "S" in our lab logo. Other Stanford Pages: Computer Systems Laboratory Computer Science Department Electrical Engineering Department School of Engineering ... Stanford University Restrict your search by specifying site:graphics.stanford.edu

82. Page Personnelle Pmaillot Site contains a set of 2D and 3D mathematical studies and algorithms for use in computer graphics, for geometry pipelines and rendering. http://www.chez.com/pmaillot/

Page Personnelle pmaillot Bienvenue! Welcome! Page maintenue par / Page maintained by Patrick-Gilles Maillot. Mars 2004

83. Ontario Research Centre For Computer Algebra - ORCCA Researchers at ORCCA study algorithms and software systems for symbolic mathematical computation. At any given time a number of visitors and postdocs are hosted. http://www.orcca.on.ca/

84. Institute For Theoretical Computer Science ETH, Zurich. The members are active in teaching and research in topics including design and analysis of algorithms, in particular in graph theory and computational geometry; data structures, in particular for spatial data; computability and complexity; information security and cryptography; and parallel computation. http://www.inf.ethz.ch/department/TI/

85. Date Algorithms Provides descriptions, proofs and computer programming implementation examples to convert dates to various calendar dates for Julian, Gregorian, and Rata Die calendars. http://vsg.cape.com/~pbaum/date/date0.htm

Date Algorithms By Peter Baum Onset, MA 02558-1255 Version: 1.003 Last Modified: August 5, 1998 Various calendar dates (Julian, Gregorian, and Rata Die) are used and produced by the algorithms that are presented but no attempt has been made to account for various problems associated with the general use of historical dates. For example, 90 days were inserted into the calendar by Julius Caesar in -45 and following Caesar's death, the leap year rule was misapplied until corrected by Emperor Augustus who omitted leap years from years -8 through +4. Various locations used different calendars throughout the Middle Ages and even within one locality, different calendars were often used for dating ecclesiastical records, fiscal transactions, and personal correspondence. None of these complications are accounted for by these algorithms. The following is assumed: The year before the year 1 is and the year before is -1, et cetera. The year corresponds to 1 B.C. Julian dates may be applied both before the calendar was invented and after it was replaced as long as it is clear that the Julian leap year rules are being applied, usually by calling the date a Julian date. Gregorian dates may be applied before the Gregorian calendar was invented as long as it is clear that the Gregorian calendar leap year rules are being applied, usually by calling it a Gregorian date.

86. School Of Computer Science Homepage Department of computer Science. Research areas include algorithms and complexity, artificial intelligence, computer graphics, databases, distributed systems, programming languages, scientific computation, software engineering, symbolic computation, text management, user interfaces, and very large scale integration. http://www.math.uwaterloo.ca/CS_Dept/homepage.html

use menus Competitive Programming champions in the making News and Events Thomas Tran wins GG's Gold Medal Kernighan Delivers Distinguished Lecture Waterloo Team tied for fifteenth at ACM Finals Faculty Positions Contact the School of Computer Science Mailing Address School of Computer Science University of Waterloo 200 University Avenue West Waterloo, ON N2L 3G1 Canada Telephone Number: (519) 888-4567 ext. 3293 Fax Number: E-mail Address cs-chair@cs.uwaterloo.ca Maps How to reach the University of Waterloo. Contains road maps and directions by public transportation. Campus map . The School of Computer Science is located in the William G. Davis Computer Research Centre (DC). Member of Problems or comments with the website? Please send feedback Last Modified: Friday, 04-Jun-2004 15:08:25 EDT

87. Home Page Jochen Pfalzgraf University of Salzburg Application of mathematics to computer science, multi-agent systems, artificial neural networks, fuzzy reasoning, genetic algorithms, automated deduction in geometry, and semantical modelling http://www.cosy.sbg.ac.at/~jpfalz/jpfalz.html

Jochen Pfalzgraf Jochen PFALZGRAF, Prof. Dr. Dipl.-Math. Full Professor (Ordinarius) Fachbereich Informatik (Department of Computer Science) (University of Salzburg) Jakob-Haringer-Str. 2 A-5020 Salzburg Austria phone: + 43 662 8044 6309 fax: + 43 662 8044 611 e-mail: jpfalz@cosy.sbg.ac.at Please Read Me First Women in IT: Summer Studies for Women EMMY NOETHER Outstanding Mathematician Fields of Interest and Work ... On General Mathematical Modeling Aspects

88. About TUCS - TUCS A research centre in computer Science for the three universities in Turku. Research groups covers algorithmics, biomathematics, coding theory, computational intelligence for business, information systems, advanced management systems, probabilistic algorithms, software quality, programming methodology, applied artificial intelligence, strategic information systems planning, and mathematical structures in computer science. http://www.tucs.fi/

About TUCS Research Education Personnel Downloads ... Links Search our site Recent news 1st Jun 04 Tietotekniikan Tutkimussäätiö on myöntänyt vuoden 2003 väitöskirjapalkinnon FT Mika Hirvensalolle väitöskirjasta "Studies on Boolean Functions Related to Quantum Computing" 22nd Apr 04 New layout for TUCS WWW pages! Download new TUCS logos and templates from here Contact Information Turku Centre for Computer Science FIN-20520 Turku Phone: +358-2-2154204 Fax: +358-2-2410154 E-mail: tucs@abo.fi Welcome to TUCS WWW pages Turku Centre for Computer Science (TUCS) is a joint research and education centre between the University of Turku à bo Akademi University and the Turku School of Economics and Business Administration TUCS coordinates research and education in the field of Information Technology. These activities are carried out in the TUCS Master's and Graduate Schools and in the centre's own research laboratories At the departments participating in TUCS there are presently about 35 professors, 50 Ph.D. level researchers, 90 doctoral students and 2000 Master's students. The following departments participate in TUCS and its Graduate School: University of Turku Department of Information Technology Computer Science Electronics information technology Department of Mathematics Mathematics à bo Akademi University Department of Computer Science Department of Information Systems Turku School of Economics and Business Administration ... Institute of Information Systems Sciences Director of TUCS: Professor Timo Järvi , University of Turku, Dept. of I.T.

89. Department Of Computer Science Department of computer Science. Research groups algorithms problems empirical studies; Software engineering; High performance information systems; Advanced use of computers in education; Highlevel internet programming with persistent objects; High-performance networks. http://www.cs.strath.ac.uk/home.html

Livingstone Tower 26 Richmond Street Glasgow G1 1XH Tel: 0141 552 4400 Fax: 0141 552 5330 Department of Computer Science The Department of Computer Science merged on 1 st August 2001 with the Department of Information Science The new department is called the Department of Computer and Information Sciences

90. Department Of Computer Science - Loughborough University Research centres Advanced virtual reality; Telecommunications and computerhuman interaction; Parallel algorithms and architectures. Research groups Creativity and cognition; Graphics, design and intelligent systems; Interactive mechanisms for process control and communications technology; Information systems engineering; Applicable formal methods. http://www.lboro.ac.uk/departments/co/

Computer Science Loughborough University Tel: +44 (0) 1509 22 2681 E-mail: CompSci@lboro.ac.uk About Us Research Undergraduate Opportunities ... University Links News 'Loughborough sprints into the academic top ten' says the Times Good University Guide May 2004 Prospective Students - see our visit schedule for entry in 2005 2004 UK Workshop on Computational Intelligence, 6-8 September 2004, Loughborough Search the Computer Science web site Website maintained by: P.J.Holligan@lboro.ac.uk All Rights R eserved - Loughborough University - Great Britain

91. COmputer Security And Industrial Cryptography Kuleuven Univ, Belgium. Interests Design, evaluation, and implementation of crypto algorithms and protocols, and on the development of security architectures for computer systems and telecom networks. Also theoretical work in crypto algorithms related to discrete mathematics. http://www.esat.kuleuven.ac.be/cosic/

92. Intel Research - Microprocessor Research - Media Intel's open source computer vision library contains implementation of useful algorithms, like optical flow methods, snakes, binary morphological operations, pyramids, and camera calibration. http://www.intel.com/research/mrl/research/opencv/

US Home Intel Worldwide Where to Buy Contact Us ... Future Platforms Open Source Computer Vision Library Introduction Join Open CV How to Contribute Code or Algorithms Download ... Resources Introduction This library is intended for use, incorporation and modification by researchers, commercial software developers, government and camera vendors as reflected in the license See the Library Overview for a quick idea of what's in the library. FAQ (Frequently Asked Questions). Philosophy Aid commercial uses of computer vision in human-computer interface, robotics, monitoring, biometrics and security by providing a free and open infrastructure where the distributed efforts of the vision community can be consolidated and performance optimized. Web group An online community organized around the Open Source Computer Vision Library has been created at yahoogroups.com ** for sharing information, bugs, opinions, questions and answers about the library. After getting a Yahoo ID, subscribe by sending email to OpenCV-subscribe@yahoogroups.com Read News Once you have subscribed, you can read news at

93. Robotics And Computer Vision Home Page University of Illinois group based at the Beckman Institute. Specializes in robot vision technologies such as curved object recognition and structure from motion algorithms. http://www-cvr.ai.uiuc.edu/

Robotics and Computer Vision Laboratory Beckman Institute, University of Illinois Groups Professor Seth Hutchinson's Research Group Professor David Kriegman's Research Group Professor Jean Ponce's Research Group Professor Narendra Ahuja's Research Group ... Demos Resources Equipment The Group FTP Site - ftp-cvr.ai.uiuc.edu Software (tar/gzip) (zip) ... README Links Related University of Illinois Links Robotics Links Computer Vision Links Questions or comments about the presentation of these pages may be sent to webmaster . Questions or comments about Robotics, Computer Vision, or related subjects should be sent to the appropriate person from the list above. If you can't find an appropriate person above, your question is probably too general for the webmaster, and it will be deleted without response.

94. Electric Algorithms, Inc. Home Page Provides custom software for embedded systems, programmable devices, simulators, HMIs, and computer graphics rendering engines. http://www.electric-algorithms.com/

Electric Algorithms, Inc. provides engineering consulting in these areas: sensors and control systems for exhibits and trade shows embedded systems programmable hardware devices instrument, actuator and system simulators ... Windows Multimedia Applications

95. Algorithms Project's Home Page algorithms Project. Interests in design and analysis of algorithms, computer algebra, combinatorial analysis and asymptotics. http://algo.inria.fr/

Algorithms Project's Home Page Welcome! Research Topics People Publications ... On-Line Applications Welcome to the Algorithms Project! INRIA Rocquencourt Organizations Links ... Contacts Last modified: September 26, 2003. For problems or questions involving this site, please contact Virginie.Collette@inria.fr or look up our contact page

96. MaximAlgorithms.com Portfolio and Resume. algorithms and C code in computer science and mathematics, cryptology. Family, photos albums, popular quotes, thoughts. Links. http://www.maximalgorithms.com/

Go to... Home About Us Promotions Contacts ::Services:: Web Design Linux IT Consulting Software Development Email Support Main Home About Us Promotions Free Quote ... Contacts Services Web Design Linux IT Consulting Software Development Email support Misc. PHP Setup Tutorial Popular Quotes Search WWW Search maximalgorithms.com MaximAlgorithms.com :: Home MaximAlgorithms Technologies is a software development and IT consultant company located in Ontario, Canada. Our goal is to provide first-class services to help our clients maximize their business performance by integrating strategic changes with the latest technologies. We will help your company grow on the Internet! We specialize in software development (Database-driven Web Applications, Standard Applications on Linux and Windows), and Linux Migration . We take customer satisfaction as our first priority! For more information about our services, please feel free to use our Online Evaluation Form or to e-mail us at: sales@maximalgorithms.com We now offer on-site off-hour tech. support services on both Linux and Windows platforms in the GTA area. Please call for more information. More Linux News MaximAlgorithms Technologies . All Right Reserved. MaximAlgorithms offers top quality services.

97. Algolib: The Algorithms Project's Library And Other Packages Of The Algorithms P Combinatorial analysis, discrete mathematics and computer algebra are the main interests of the algorithms Projects. The packages let you define combinatorial structures; manipulate the associated generating functions, functional equations or recurrences; study their asymptotic behaviour. http://algo.inria.fr/libraries/software.html

Algolib: The Algorithms Project's Library and Other Packages of the Algorithms Project Welcome! Research Topics People Publications ... Extensive Example Sessions Combinatorics meets computer algebra! Combinatorial analysis, discrete mathematics and computer algebra are the main interests of the Algorithms Project. Our packages let you specify, generate, and enumerate combinatorial structures; manipulate the associated generating functions, functional equations or recurrences; study their asymptotic behaviour. The interplay between these applications serves the Algorithms Project's main goal of the automatic complexity analysis of algorithms. However, long-term research in this direction has induced the development of other packages for the manipulation of linear differential and difference operators, Groebner basis calculations, and the symbolic summation and integration of special functions and combinatorial sequences. Special emanations of the above are the algolib library , which collects most of our programs in a single archive, and the encyclopedia of combinatorial structures , which allows access by keywords, combinatorial specifications, generating function, closed-form or by the first integers in the enumeration sequence to many combinatorial structures. A lot of it was automatically generated using

98. ProBiosys 1.0 The proBiosys suite of programs compares phenetic, chemotaxonomic and nucleic acid sequence data. algorithms for polyphasic taxonomy are available to construct Dendrograms, the suite is simple to use. http://www.proBiosys.com

proBiosys 1.0 http://probiosys.com/

99. Cellmatrix Core Page Publications describe an application of their computer architecture to genetic algorithms. Software includes an online circut simulator. http://www.cellmatrix.com/entryway/entryway/core.html

Challenge: build your own circuit. introduction technology pages user pages ... exit "street signs, Hong Kong " L. Durbeck, 6/87, photograph

100. Quantum Computer Emulator (QCE) A Windows based simulator of quantum computer hardware. Provides an environment to execute quantum algorithms under realistic experimental conditions. http://rugth30.phys.rug.nl/compphys0/qce.htm

Computational Physics Quantum Computer Emulator (QCE) For much more information on Quantum Computation see: Computer Science Web Site Links Quantum Information Zeitgeist Do wnload QCE (Version 8.1.0, 26 July 2003) Differences between Version 8.1.0 and 8.0.4 (see also QCE HELP Minor improvements to the GUI + update examples New document (qceman.pdf) describing the examples in more detail. May serve as a QCE users guide. QCE users guide QCE HELP PowerPoint presentations QCE is a software tool that emulates various hardware designs of Quantum Computers. QCE simulates the physical processes that govern the operation of a hardware quantum processor, strictly according to the laws of quantum mechanics. QCE also provides an environment to debug and execute quantum algorithms under realistic experimental conditions. The software consists of a Graphical User Interface and the simulator itself. A few snapshots of the GUI are shown below: The software is distributed as a self-extracting executable for Windows 98/NT4/2000/ME/(XP with SP1). It also runs under Linux+VMware on Intel processor machines. Included in this package are several examples including Shor's algorithm for factoring integers, order finding, number partitioning, the Quantum Fourier transform, various implementations of the Deutsch-Josza algorithm and Grover's database search on ideal and more realistic QC's, such as those used in the 2-qubit NMR Quantum Computer. Articles describing the internal working of the QCE and the examples are also included.

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