21. Quantum3D Homepage Develops high quality computer generated graphics. Providing software products and services in the areas of realtime 3D visualization, 3D geometric model development, real-time image generation, and simulation development. http://www.quantum3d.com/

Quantum3D is the leading developer and manufacturer of interactive, open-architecture visual computing solutions, image generators, and embedded graphics subsystems. We combine the most advanced off-the-shelf components with our own unique, advanced, value-added hardware and software technologies to deliver the highest value IG solutions for visual simulation and training and embedded systems applications. JULY 12 - 16, 2004 IMAGE 2004 - Booth #21 - 22 Scottsdale, Arizona AUGUST 8 - 12, 2004 SIGGRAPH - Partner's Booths Los Angeles, California OCTOBER 25 - 27 AUSA - Booth #1060 Washington D.C. document.write(""+doClock("W0",",%20","M0","%20","D1",",%20","Y0")+""); search Login New Registration Why Register? corporate overview management team trademarks employment press releases logos and images Quantum3D in the News whitepapers press archive NEW MAY 24, 2004

22. Computer Graphics International(CGI) 2003 Papers computer graphics International 2003 papers on the web. Detection for UnstructuredMeshes and Web graphics BingYu 1/f\beta Noise-Based real-time Animation of http://myweb.hinet.net/home7/hks/Papers2003/cgi2003Papers.htm

Computer Graphics International 2003 papers on the web Page maintained by Ke-Sen Huang . If you have additions or changes, send an e-mail Changelog CG Hardware Hardware Assisted Multichannel Volume Rendering Abhijeet Ghosh Poojan Prabhu Arie Kaufman ... Vivek Srivastava , Uday Chebrolu, Klaus Mueller Design and Implementation of Panoramic Movie System by Using Commodity 3D Graphics Hardware Tsuyoshi Yamamoto , Munehiro Doi CG Modeling Interpolatory Subdivision Curves via Diffusion of Normals Yutaka Ohtake Alexander Belyaev Hans-Peter Seidel ... Mesh Denoising via Iterative Alpha-Trimming and Nonlinear Diffusion of Normals with Automatic Thresholding Hirokazu Yagou, Yutaka Ohtake Alexander Belyaev An Efficient Mesh Simplification Method with Feature Detection for Unstructured Meshes and Web Graphics Bing-Yu Chen ... Tomoyuki Nishita Natural Scene Modeling Shin Ota, Tadahiro Fujimoto, Machiko Tamura, Kazunobu Muraoka Kunihiko Fujita Norishige Chiba Modeling of Lobed Leaves Lars Muendermann Peter Macmurchy , Juraj Pivovarov, Przemyslaw Prusinkiewicz Rendering Data Compression for a Massive Image Data Set in IBMR Chi-Sing Leung , Ping-Man Lam, Tien-Tsin Wong Fast Volumetric Display of Natural Gaseous Phemomena Stefan Roettger Thomas Ertl ... Nan Zhang , Feng Qir, Arie Kaufman , Ming Wan Virtual Reality Flexible Materials in Avango Virtual Environment Framework Lialia Nikitina

23. TU Berlin --- Dept. Of Computer Science Department of computer Science. Research interests include computer graphics, computer vision, real time systems, robotics, computer architecture, logic design, data structures, functional and logic programming, scientific computing, communication, operating systems, neural networks, software engineering, theoretical computer science, formal specification, compiler construction, artificial intelligence, and knowledge based systems. http://cs.tu-berlin.de/index-en.html

Zum 1. April 2001 wurde die Neugliederung der vollzogen. In der neuen gehen die bisherigen Fachbereiche Elektrotechnik und Informatik auf. Das Folgende ist im Wesentlichen ein Informationsangebot des bisherigen Fachbereichs Informatik: Please note that most topics are still in German. ( = Available in English.) The Organization of the Dept. of Computer Science Staff, Students and Projects Dean and Administration of the Department Academic Self-Government Institutes and Special Fields (Partly in Studies and Teaching Research Reports Women's Representative ... Personal Pages (Partly in List of Projects Postgraduate Fellowship Programs Colloquium (Partly in Services Miscellaneous Links Computing Services Library of Computer Science Library of Statistics Employments offered (modified 10.6.2004) ... Imprint For comments please send a mail to: webmaster@cs.tu-berlin.de transmitted at 6/11/2004, 22:06

24. Home Page be announced at the computer graphics World booth enhance the performance of graphicsintensive applications design and engineering, realtime rendering and http://cgw.pennnet.com/

25. Computer Graphics World - Matrox Previews Real-Time Multi-Stream HD Editing Plat computer graphics World Matrox Previews real-time Multi-Stream HD Editing Platform- B Las Vegas, NV; April 26, 2004 /B Matrox Video Products Group http://cgw.pennnet.com/Articles/Article_Display.cfm?Section=OnlineArticles&SubSe

26. Institute For System Programing Offers research and programming in compiler technology and program analysis, computer graphics and visualization, real time systems, discrete mathematics, and parallel computing. http://www.ispras.ru/

News 9th March 2004 Technology UniTesK will be presented at CeBIT 17th December 2003 The section devoted to high performance cluster technology has been published ( in Russian The Institute for System Programming (ISP) of the Russian Academy of Sciences (RAS) was founded on January 25, 1994, from the departments of System Programming and Numerical Software, formerly of the Institute for Cybernetics Problems of the RAS. ISP RAS is embodied in the Division of Mathematical Sciences of the RAS under the guidance of the Presidium of the RAS. Our address: 109004, Moscow, B. Kommunisticheskaya, 25

27. Definition Of 3D Computer Graphics - WordIQ Dictionary & Encyclopedia of complex 3D graphics in realtime. However, it s not necessary to employ anyone of these to actually create 3D imagery. Creation of 3D computer graphics. http://www.wordiq.com/definition/3D_computer_graphics

Encyclopedia Dictionary Thesaurus The Web eBooks loadkeyword("3D computer graphics"); Encyclopedia Definition of: 3D computer graphics 3D computer graphics es:Gráficos 3D por Computadora de:3D-Computergrafik ja:3次堃グラフィックス fi:3D-tietokonegrafiikka The rewrite of this article is being devised at Talk:3D computer graphics/Temp . Please comment or help out as necessary. Thanks 3D computer graphics are works of graphic art that were created with the aid of digital computers and specialized 3D software . In general, the term may also refer to the process of creating such graphics, or the field of study of 3D computer graphic techniques and its related technology. 3D computer graphics are distinct from 2D computer graphics in that a three-dimensional virtual representation of objects is stored in the computer for the purposes of performing calculations and rendering images. In general, the art of 3D graphics is akin to sculpting or photography, while the art of 2D graphics is analogous to painting. In computer graphics software, this distinction is occasionally blurred; some 2D applications use 3D techniques to achieve certain effects such as lighting, while some primarily 3D applications make use of 2D visual techniques. Table of contents showTocToggle("show","hide")

28. William Dolson & Associates Home Page Provides software and systems engineering services, specializing in realtime, video, image processing and computer graphics. Includes service details and portfolios. http://www.wdolson.com/

Software and Systems Engineering Consultants Research and Development Product Design and Development Systems Integration Contract Software Engineering ... Embedded and PC Environments Use Our 30 Years of Experience and Technical Expertise to Reduce Your Critical Time-To-Market Explore Our Services Research Our Expertise ... William Dolson #71 County Road AO27 Estancia, NM 87016 505.400.4485 cell 505.384.0632 fax bdolson@wdolson.com http://www.wdolson.com Consultant Jokes

29. CMSC 491A/691A: Real-time Graphics And Procedural Techniques CMSC 491A / 691A realtime graphics and Procedural Techniques. computer Scienceand Electrical Engineering Department University of Maryland Baltimore County. http://dynamo.ecn.purdue.edu/~ebertd/691/Au00/

CMSC 491A / 691A: Real-time Graphics and Procedural Techniques Computer Science and Electrical Engineering Department University of Maryland Baltimore County Autumn 2000 Time: MW 3:30-4:45pm ECS 022 Instructor: Dr. David S. Ebert 214 ECS ebert@umbc.edu Phone: (410)455-3541 Office Hours: M,W 1:00-1:50pm Description: This course will cover state of the art techniques for generating realistic real-time graphics and procedural techniques for real-time graphics, visualization, and modeling. The class will cover topics ranging from realistic rendering techniques for games, next-generation PC graphics hardware, and game consoles ($400 supercomputers!) to non-photorealistic procedural techniques for enhancing visualization and simulating natural phenomena. The format for the course will be group discussions of papers, some lectures by the instructors, and student presentations of papers. The grading will be based on participation in class and class projects. Class projects may be done individually or in groups of two. Projects have the potential of leading to work that forms the basis of an Undergraduate Research Project, Master's project, or Ph.D. research topic. Class Topics A partial list of topics includes the following: State of the art in graphics hardware (Weeks 1-2) Latest hardware architectures for PCs Latest hardware architectures for workstations Latest hardware architectures for game consoles Procedural shading techniques for PC graphics hardware(Weeks 3-5) vertex operations

30. Keep IT Simple Software - Home Developer of software for realtime computer graphics and virtual reality on Windows, Linux and MacOS X. http://www.keepitsimple.nl/

Home Company Markets Products ... News archive Welcome Welcome to the website of Keep IT Simple Software. If you have any questions or comments about the site, please contact us Navigation Please use the navigation bar above to browse through the different sections of the site. At any time the section you are viewing will be highlighted in this bar. On the right side of the page links related to the content of the current page are displayed. Latest developments Motion Capture using Lumo [7 may 2004] Together with Xsens Motion Technologies , we built a prototype motion capture system using the inertial sensors (MT9) with Xbus unit and our Lumo 3D software. The Xbus system can be equipped with up to 15 sensors connected to a set of limbs. The motion capture process can be viewed in realtime using our software. AVManifestatie [7 may 2004] We will be present on the ' AVManifestatie ' in Hilversum on the 12th and 13th of May demonstrating our motion capture system and DAVE technology together with Studio Make at booth #26. ITEC [18 apr. 2004]

31. CS 395t - Real-time Graphics Architectures, Algorithms, And Programming Systems Pixel Cache for Fast Image Generation , Gorris et al., IEEE computer graphics Applications, 1987. Handout Moller and Haines ( realtime Rendering , 2nd http://www.cs.utexas.edu/users/billmark/courses/cs395T-03-spring/

CS 395T: Real-Time Graphics Architectures Algorithms, and Programming Systems Spring 2003 Time: Tuesdays and Thursdays, 2:00-3:30pm Place: PAI 5.60 UT Unique #: Instructor: Bill Mark , email: Office Hours: Th 3:30-4:45 in ACES 2.118 Assignments: Number Assignment Due Choose Presentation Topics Jan. 28th Benchmarking Graphics Hardware Feb. 25th Choose Final Project Topic March 20- list tentative topic(s) March 27- one page project summary Final Project April 15 - informal status report April 29 or May 1 - presentation to class May 2 - final report Format Reading and discussion oriented, with one assignment and a final project. Prerequisites: An undergraduate computer architecture course. A previous computer graphics course would be very helpful, but is not required (I will quickly review the relevant material). Good programming skills or a very tolerant project partner are a must. I will attempt to adjust the course somewhat to match the typical background of attendees, but given the variety of material covered in the course, it is expected that students will take initiative on their own to fill gaps in background knowledge. Description: Topics to be covered include but are not limited to: stream processing, MIMD multiprocessor, etc.

32. Jason Doucette's Curriculum Vitae / Resume / Portfolio - Real Time Graphics, AI, realtime computer graphics, artificial intelligence, physics simulations, entertainment and educational software, screen shots and free downloads, traditional paper resume available on-line. http://www.jasondoucette.com/

H OME R ÉSUMÉ ... RODUCTIVITY This is the online curriculum vitae / resume / portfolio page of Jason Allen Doucette Please visit my brother's online curriculum vitae: matthewdoucette.com 92,628 index hits since May 13 th 688,282 total page views This HTML page, its graphics, and all information contained within it is Jason Allen Doucette Main Page URL: http://www.jasondoucette.com My Brother's Main Page URL: http://www.matthewdoucette.com This website is hosted by Pure Productivity Inc. - Professional Web Development and Hosting

33. Graphics Cards For Your Worship Computer -- Tim Eason Some of the new, lowcost real-time cards have some limitations, but overall savea lot of time in the Your computer has not lived until it is used to http://www.churchmedia.net/CMU/articles/video/002.shtml

Votes: Rating: DYS: Video Editing Computer By Tim Eason This article appeared in the Nov/Dec 2000 issue of Technologies For Worship Magazine These are some basic system requirements for building a PC-based video-editing computer. While computer assembly is fairly simple, you should recruit an experienced computer geek if you do not feel comfortable with the project. The heart of a video editing system is the capture card. This device will allow video to be transferred from a camera or VCR and digitized into the computer. Selecting this component first is essential because system requirements vary depending on the capture card. Some key differences in the features of editing cards need to be considered when selecting a capture card. There are two basic types of video transfer methods: analog and digital. If a digital video (DV) camera was used to acquire the footage then a card that will capture the DV signal is more desirable. The video is transferred digitally by means of firewire

34. Real-time Broadcast Graphics At The BBC... The plan was to use computer graphics to clarify the issues discussed on the Aswell as graphs and histograms, we also showed realtime animations over a http://futuretech.mirror.vuurwerk.net/bbc-rtbg.html

Future Technology Research Index SGI Tech/Advice Index Nintendo64 Tech Info Index (Have you found this page via a web search? Examine the index pages to see all the available items!) WhatsNew P.I. Indigo Indy ... Origin Silicon Graphics and Real-time Broadcast Graphics at the BBC Silicon Graphics... providing solutions through innovation Looking right - Silicon Graphics and broadcast graphics at the BBC For the BBC, dedication to top quality programming includes a commitment to creating a distinctive visual identity for all its news and current affairs programmes. The BBC's Post Production Computer Graphic Design Section uses Silicon Graphics equipment to create a range of animation sequences within news bulletins - including the 1992 US Presidential Election coverage. Computer special effects have become associated with big budget feature films such as The Hunt for Red October, The Abyss and Terminator II. Yet everyday news and current affairs programmes also depend on advanced computer graphics technology for their presentation of events. Highly skilled teams have made an art out of mixing complex images, sounds and words to present information in compelling formats. The key to success is that such effects should integrate seamlessly with the news presentation when broadcast. That is certainly the view of the Post Production Computer Graphic Design Section of the British Broadcasting Corporation's (BBC) News and Current Affairs (NCA) section, which uses high powered visual computing systems from Silicon Graphics to stay ahead in this crucial aspect of broadcasting.

35. Real-Time Nonphotorealistic Rendering realtime Nonphotorealistic Rendering, computer graphics (Proceedingsof SIGGRAPH 97), August, 1997. Postscript version of paper. http://www.cs.brown.edu/research/graphics/research/npr/home.html

home people information research ... search Real-Time Non-photorealistic Rendering Two views of Shaded Venus Project Overview The Nonphotorealistic Rendering Project's purpose is to use computers to produce images that appear to have been drawn by hand. Computers are often used for precise rendering, computer-aided-design, and three-dimensional rendering, but, as evidenced in the art world, high precision isn't always the best way to convey ideas. Sometimes a quick sketch needs to look hasty to signify that the idea is fresh from the mind. A polished rendering gives a sense of finality which can be misleading or even frightening in some situations where an immediate solution has not been sought. The "sketched" look is instantly recognized as being an indication of intent with room for change and possible errors. Our nonphotorealistic renderer can help make comprehensible but simple pictures of complicated objects by employing an economy of line. An important item to note is that this processing occurs in real-time because current nonphotorealistic rendering is primarily a batch process. This paper presents a real-time nonphotorealistic renderer that deliberately trades accuracy and detail for speed. Our renderer uses a method for determining visible lines and surfaces which is a modification of Appel's hidden-line algorithm, with improvements which are based on the topology of singular maps of a surface into the plane.

36. Graphics & Image Analysis Research (UNC-CH Computer Science) is the use of computer vision and computer graphics systems in a unified fashionto achieve highresolution imagery throughout the office and real-time 3D tele http://www.cs.unc.edu/Research/ProjectIndex/GraphicsImage.html

Search our Site OTHER AREAS: Hardware Systems and Architectures Mathematical and Theoretical Computing Software Systems RELATED PAGES: Faculty Research Areas Index Research Area Descriptions Research Laboratories Graphics and Image Analysis Research These groups conduct a variety of research related to graphics and image analysis. For information on specific projects, visit the links below. Computational Geometry Group Group working on various computational geometry-related problems. Current projects include: Geometric Basis for Visualizing Time-Varying Volume Data, Geometry for Molecular Biology, Pseudo Triangulations, Gzstream Library, GIS. (Snoeyink, et al.) Effective Virtual Environments Project Development of technologies and techniques to make virtual environment systems more effective for doing real work. Current projects include: Advanced Real-Time Rendering, Avatar Reconstruction (ARISE), Passive Haptics, Redirected Walking, etc. (Brooks, Whitton) Geometric Algorithms for Modeling, Motion, and Animation Group (GAMMA)

37. Research On Real-Time Computer Graphics research on realtime graphics. New work I am doing at the computergraphics Group at MIT. Image-based Object Representation. Image http://zeus.gup.uni-linz.ac.at/~gs/research/

research on real-time graphics New work I am doing at the Computer Graphics Group at MIT. Image-based Object Representation Image-based object representations have the desirable property of being independent of the object's complexity both in terms of memory requirements and rendering complexity. Nonetheless, their demands on memory are usually quite high. The proposed object representation can do with as little as twenty to thirty images per object. Layered Impostors Image warping increases the set of viewpoints for which a single image can be used in image-based rendering. Layered impostors implement image warping with adaptive accuracy compatible with current texture-mapping hardware. They are based on the observation that pixels at similar depth move in a similar way during warping. Nailboards In the context of dynamic scenes impostors suffer from visibility errors, because no depth information is associated with object images. Nailboards overcome this problem by keeping the object's deviation from the impostor. Hierarchical 3D Image Caching Impostors can not only be used to replace individual objects but also arbitrary scene parts. By building a hierarchy over the static scene, frame-to-frame coherence can be exploited.

38. Real-Time Graphics Using Perl rendering of computer graphics. There are several Perl modules/functions for theabove purposes, as shown below. Most of the realtime graphics requires the use http://neural.cs.nthu.edu.tw/jang/sandbox/cgi/graphics.htm

Real-Time Graphics Using Perl Roger Jang The purpose of real-time graphics is to use Statistics from a database, such histograms, bar/pie charts, etc. Scientific data visualization, such as curve/surface/contour/scatter plots Interactive icon generation Interactive image processing Interactive rendering of computer graphics There are several Perl modules/functions for the above purposes, as shown below. Most of the real-time graphics requires the use of a graphics engine. DISLIN Plotting Extension for Perl Graphics types: curves, bar graphs, pie charts, 3D-color plots, ... contours and maps Graphics engine: DISLIN (an overview (The IBM-PC versions of DISLIN for Linux, FreeBSD, GCC+G77/MS-DOS, GCC+G77/Windows 95 and ELF90/MS-DOS are free software. The other DISLIN versions can be tested free of charge for 10 days.) No example Perl scripts. GIFgraph Graphics types: Bar charts and pie (?) charts. Graphics engine: Tom Boutell's GD libraries (in C) and Lincoln Stein 's GD module No example Perl scripts. Notes for Win32: GIFgraph installs and runs well under Gurusamy Sarathy's port of perl for win32, and its usage is exactly the same as documented.

39. InfiniteReality performer a high performance multiprocessing toolkit for realtime 3D graphics,Proceedings of the 21st annual conference on computer graphics and interactive http://portal.acm.org/citation.cfm?id=258871&dl=ACM&coll=portal&CFID=11111111&CF

40. SIGGRAPH 76, BGRAF2 A Real-time Graphics a realtime graphics language with modular objects and implicit dynamics. Full text,pdf formatPdf (121 KB). Source, International Conference on computer graphics http://portal.acm.org/citation.cfm?id=563274.563300&dl=GUIDE&dl=ACM&type=series&

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