Untitled is primarily concerned with the applications of computaional geometry to areas such as computer graphics, geographic http://www.cs.sfu.ca/undergrad/Outlines/2000-1/CMPT-406-Bhattacharya-00-1.txt
Extractions: SFU Computing Science 00-1 CMPT 406-3 Day Computational Geometry Instructor: B. Bhattacharya SFU TR 1130-1250 Final Exam: April 15,12:00 OBJECTIVE/DESCRIPTION: This course is primarily concerned with the applications of computaional geometry to areas such as computer graphics, geographic information syatems, VLSI. The first part of the course deals with the design and analysis of geometric algorithms. The second part deals with with the applications of these algorithms to the various practical areas. TOPICS: o Polygon Triangulation o Convex Hulls o Voronoi Diagrams o Arrangements o Search and Intersections GRADING: Homework 30% Programming Project 30% Final Examination 40% Students must attain an overall passing grade on the weighted average of exams in the course in order to obtain a clear pass (C or better). TEXTBOOKS: o None REFERENCES: o Computational Geometry in C, Joseph O'Rourke, Cambridge University Press, 1994 o Computational Geometry, Algorithms and Applications, Mark de Berg, Marc van Krevald, Mark Overmars and Otfried Schwarzkopf, Springer Verlag, 1997 o Computational Geometry- an introduction, F. Preparata and Michael Shamos, Springer Verlag, 1985 PREREQUISITES/COREQUISITES: CMPT 307 Distributed: October 26, 1999 :::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: Academic Honesty plays a key role in our efforts to maintain a high standard of academic excellence and integrity. Students are advised that ALL acts of intellectual dishonesty are subject to disciplinary action by the School; serious infractions are dealt with in accordance with the Code of Academic Honesty (T10.02) (http://www.sfu.ca/policies/teaching/t10-02.htm). Students are encouraged to read the School's Statement on Intellectual Honesty (http://www.cs.sfu.ca/undergrad/Policies/honesty.html).
Extractions: 15-451 Spring 2002 Course Schedule The topics are subject to change. Class Date Day Topic Reading Activity Lecturer Jan 15 Tue GM Jan 17 Thu Asymptotics, Recurrences Asst 1 Ready GM Jan 22 Tue Probabilistic analysis. Randomized Quicksort. GB Jan 24 Thu Linear-time selection (randomized and deterministic). GM Jan 29 Tue Lower bounds for comparison sorting. Asst 1 Due GM Jan 31 Thu Dynamic Programming Asst 2 Ready GB Feb 5 Tue Balanced Trees GB Feb 7 Thu Amortized Analysis GM Feb 12 Tue Self-adjusting lists and trees. Asst 2 Due GM Feb 14 Thu Radix Structures Asst 3 Ready GB Feb 19 Tue Exam 1 Feb 21 Thu Hashing GB Feb 26 Tue Graph algs I: MST (Prim and Kruskal). Asst 3 Due GM Feb 28 Thu Union-Find Asst 4 Ready GM Mar 5 Tue Shortest Paths GB Mar 7 Thu Midsemester break Mar 12 Tue Asst 4 Due GB Mar 14 Thu Network Flows and Matchings I Asst 5 Ready GB Mar 19 Tue Network Flows and Matchings II GB Mar 21 Thu Linear Programming I GB Mar 26 Tue Linear Programming II Asst 5 Due GB Mar 28 Thu Exam 2 Apr 2 Tue Spring Break I Apr 4 Thu Spring Break II Asst 6 Ready Apr 9 Tue NP-completeness I GB Apr 11 Thu NP-completeness II GB Apr 16 Tue Number-theoretic algorithms I Asst 6 Due GM Apr 18 Thu Number-theoretic algorithms II GM Apr 23 Tue Computaional Geometry I Asst 7 Ready GM Apr 25 Thu Computaional Geometry II GM Apr 30 Tue Approximation Algorithms GM May 2 Thu Review Asst 7 Due GB/GM May 6 Mon Final (5:30-8:30pm)
Extractions: Algebrai sche Kurven im Internet Algebraic Curves (Geometry Center, Minnesota) Famous Curves Index (St. Andrews) The Cubic Surface Homepage (Mainz) Some pictures of algebraic curves (Minnesota) ... Projections of complex plane curves to real three-space Maple package for Algebraic Curves: examples and documentation Algebrai Acme Klein Bottles Algebraic surfaces Nice pictures from Bruce Hunt Animated algebraic surfaces Some very cool pictures of surfaces! Barth's sextic Fly through Barth's sextic Benno Artmann's Topological Models Boy's Surface Build your own Boy's surface out of paper! Boy Surface Some interesting information and pictures. Duncan's Mathematical Models Some gifs of surfaces and whatnot. Cubic Surface Models of cubic surface made out of paper/wood by a fourth grade class in Italy Enriques surfaces Description, examples, and some amazing pictures.
CURRICULUM V IT AE and Computational Geometry, Journal of Combinatorics . computaional geometry Theory and Applications, Software Practice http://www.cs.arizona.edu/~kobourov/cv.pdf
CS 599, Spring 1999-2000 1 hour. Randomization in computaional geometry Convex hulls, Duality,halfspace intersections from the text book. 1 hour. Min http://pollux.usc.edu/~agoel/randomized/present.htm
Extractions: Randomization in Computation Instructor: Ashish Goel ( agoel@cs.usc.edu Please send me an email, latest by Wed Mar 1, listing at least 4 of these presentations that you would like to make (in order of desirability) and two days that you can not make a presentation. Each presentation will be accompanied by a short introduction or conclusion by the instructor to put the problem into perspective. Let me know if you have some other ideas. Embedding metric spaces into trees. 1 hour. For the first paper on this topic, check out Probabilistic Approximation of Metric Spaces and its Algorithmic Applications The pagerank algorithm (developed by Brin and Page) used by the Internet search engine Google to rank web pages. 30 minutes. Address free architectures. [For Jeremy Elson]. 30 minutes. Coupling from the past . 1 hour. Survey of Bayesian learning. 1 hour. Find your own references. Embedding graphs into high dimensional Euclidean spaces. 30 minutes. (Reference below)
CS 599, Spring 1999-2000 Randomization in computaional geometry Convex hulls, Duality, halfspace intersections from the text book. http://langevin.usc.edu/~agoel/randomized/present.htm
Extractions: Randomization in Computation Instructor: Ashish Goel ( agoel@cs.usc.edu Please send me an email, latest by Wed Mar 1, listing at least 4 of these presentations that you would like to make (in order of desirability) and two days that you can not make a presentation. Each presentation will be accompanied by a short introduction or conclusion by the instructor to put the problem into perspective. Let me know if you have some other ideas. Embedding metric spaces into trees. 1 hour. For the first paper on this topic, check out Probabilistic Approximation of Metric Spaces and its Algorithmic Applications The pagerank algorithm (developed by Brin and Page) used by the Internet search engine Google to rank web pages. 30 minutes. Address free architectures. [For Jeremy Elson]. 30 minutes. Coupling from the past . 1 hour. Survey of Bayesian learning. 1 hour. Find your own references. Embedding graphs into high dimensional Euclidean spaces. 30 minutes. (Reference below)
Jean Ponce 1998); Senior Xerox Award for Faculty Research, College of Engineering , Universityof Illinois (1998); Member, ARO computaional geometry for Intelligent http://www.beckman.uiuc.edu/faculty/ponce.html
Extractions: Artificial Intelligence Profile Jean Ponce received his Thèse d'État from the University of Paris Orsay in 1988. He is an associate professor in the Department of Computer Science at UIUC and a full-time Beckman Institute faculty member in the Artificial Intelligence Group . His fields of professional interest are computer vision and robotics. Honors and awards : Member, Scientific Council of Electricité de France (1998); Associate Editor, IEEE Transactions on Robotics and Automation (1998-); Senior Xerox Award for Faculty Research, College of Engineering , University of Illinois (1998); Member, ARO Computaional Geometry for Intelligent Systems Advisory Board (1996-1998); Critical Research Initiative Planning Award, University of Illinois (1996); Member, ARPA/ORD RADIUS Image Understanding Advisory Committee member (1994-1996); Area Editor, Compuiter Vision and Image Understanding (1994-); Beckman Associate in the
CS 599, Spring 1999-2000 Randomization in computaional geometry Convex hulls, Duality, halfspace intersections from the text book. http://langevin.usc.edu/~agoel/randomized/present_schedule.htm
Extractions: Randomization in Computation Instructor: Ashish Goel ( agoel@cs.usc.edu Attendance is Mandatory. Note: Please focus on applications, and give intuition as well as technical details of KEY IDEAS. Do not blindly reproduce all the mathematics in the papers. Jaewook, Yongdae, Sing-hoi, Qi : Your presentations are tricky first read the papers and then discuss your presentation with me. I will give a 5-10 minute intro/conclusion and we will have a 5-10 minute discussion on each topic. Embedding metric spaces into trees. 1 hour. For the first paper on this topic, check out Probabilistic Approximation of Metric Spaces and its Algorithmic Applications The pagerank algorithm (developed by Brin and Page) used by the Internet search engine Google to rank web pages. 30 minutes.
Www.cs.sfu.ca/undergrad/Outlines/1997-3/CMPT-406-Bhattacharya-97-3.txt OBJECTIVE/DESCRIPTION This course is primarily concerned with the applicationsof computaional geometry to areas such as computer graphics, geographic http://www.cs.sfu.ca/undergrad/Outlines/1997-3/CMPT-406-Bhattacharya-97-3.txt
Extractions: SFU Computing Science 97-3 CMPT 406-3 Day Computational Geometry Instructor: B. Bhattacharya SFU M W F 0930-1020 Final Exam: Dec 16 - 12:0 OBJECTIVE/DESCRIPTION: This course is primarily concerned with the applications of computaional geometry to areas such as computer graphics, geographic information syatems, VLSI. The first part of the course deals with the design and analysis of geometric algorithms. The second part deals with with the applications of these algorithms to the various practical areas. TOPICS: o Polygon Triangulation o Convex Hulls o Voronoi Diagrams o Arrangements o Search and Intersections GRADING: Homework 30% Programming Project 30% Final Examination 40% Students must attain an overall passing grade on the weighted average of exams in the course in order to obtain a clear pass (C or better). TEXTBOOKS: None REFERENCES: o Computational Geometry in C, Joseph O'Rourke, Cambridge University Press, 1994 o Computational Geometry, Algorithms and Applications, Mark de Berg, Marc van Krevald, Mark Overmars and Otfried Schwarzkopf, Springer Verlag, 1997 o Computational Geometry- an introduction, F. Preparata and Michael Shamos, Springer Verlag, 1985 PREREQUISITES/COREQUISITES: CMPT 307 Distributed: June 17, 1997 :::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: Academic Honesty plays a key role in our efforts to maintain a high standard of academic excellence and integrity. Students are advised that ALL acts of intellectual dishonesty are subject to disciplinary action by the School and that serious infractions will be referred to the President for further sanctions. Students are encouraged to obtain a copy of the School's ``Statement on Intellectual Honesty''.
Kordervoronoi I 'am making a thesis about computational geometry. More preciselyprogramming computaional geometry figures in a java applet. I http://valis.cs.uiuc.edu/~sariel/research/CG/compgeom/msg00399.html
Extractions: Date Prev Date Next Thread Prev Thread Next ... Thread Index http://www.hotmail.com . - The compgeom mailing lists: see http://netlib.bell-labs.com/netlib/compgeom/readme.html or send mail to compgeom-request@research.bell-labs.com with the line: send readme Now archived at http://www.uiuc.edu/~sariel/CG/compgeom/maillist.html Follow-Ups Re: kordervoronoi From: Prev by Date: RE: Silhouette of a facetted polyhedra Next by Date: ACM Symposium on Computational Geometry: On-line Registration is Enabled Previous by thread: Workshop, Sheffield July 2001 Next by thread: Re: kordervoronoi Index(es): Date Thread
Re: Kordervoronoi I 'am making a thesis about computational geometry. More preciselyprogramming computaional geometry figures in a java applet. http://valis.cs.uiuc.edu/~sariel/research/CG/compgeom/msg00401.html
Extractions: Date Prev Date Next Thread Prev Thread Next ... Thread Index Here is a Java applet for higher order voronoi diagrams. http://www.msi.umn.edu/~schaudt/voronoi/voronoi.html http://www.hotmail.com http://netlib.bell-labs.com/netlib/compgeom/readme.html http://www.uiuc.edu/~sariel/CG/compgeom/maillist.html ... http://netlib.bell-labs.com/netlib/compgeom/readme.html or send mail to compgeom-request@research.bell-labs.com with the line: send readme Now archived at http://www.uiuc.edu/~sariel/CG/compgeom/maillist.html References kordervoronoi From: "Michel Tavernier" <michel_tavernier@hotmail.com> Prev by Date: ACM Symposium on Computational Geometry: On-line Registration is Enabled Next by Date: Re: kordervoronoi Previous by thread: kordervoronoi Next by thread: Re: kordervoronoi Index(es): Date Thread
Yusu's Resume Also appeared in 10th Annual Fall Workshop on computaional geometry, 2000. Softwares1. CurveSimp Curve simplification via Frechet error metric. In C++. http://www.cs.duke.edu/~wys/personal/
Literatura BqDy89 Su Buqing in Liu Ding-yuan. computaional geometry Curve andSurface Modeling. Academic Press, 1989. BW89 Max Born in Emil Wolf. http://www.lecad.uni-lj.si/~leon/distray/node79.html
Extractions: Next: A Razredi programa za Up: Distribuirani sistem za upodabljanje Previous: 8 Zakljucek Vsebina: James Arvo in David Kirk. A Survey of Ray Tracing Acceleration Techniques , Poglavje 6, strani 201262. V knjigi Introduction to Ray Tracing, glej [ James Arvo, urednik. Graphics Gems II , Zbornik 2 v Graphics Gems Series . Academic Press, Inc., 1991. Ian Ashdown. Radiosity: a programmer's perspective UNIX System V Programmer's Guide . Prentice-Hall, Inc., 1987. A. Barr. Superquadrics and angle-preserving transformations. IEEE Computer Graphics and Applications Adrian Bejan. Heat transfer . John Wiley and Sons, 1993. John Bloomer. Power Programming with RPC Su Bu-qing in Liu Ding-yuan. Computaional Geometry Curve and Surface Modeling . Academic Press, 1989. Max Born in Emil Wolf. Principles of Optics . Pergamon Press, 6. izdaja, 1989. R. E. Callan. Building Object-oriented Systems . Computational Mechanics Publications, Southampton, UK, 1994. John R. Corbin. The Art of Distributed Applications . Springer-Verlag, 1990.
Matthew Dickersons Home Page Links, Tips, Pictures, Stories, Research Interests. computaional geometry,Graph Drawing, Algorithms, Data Structures. OTHER STUFF. http://www.middlebury.edu/~dickerso
Extractions: "F r a c t u r i n g t h e L i g h t" dickerso@middlebury.edu The Blues Band F.A.Q. Links, Tips, Pictures, Stories Research Interests Computaional Geometry Graph Drawing Data Structures Favorite links, hobbies, and all sorts of stuff about me and my interests that is probably only interesting to my closest friends (if at all). So you know who I am if you meet me on the street (or stream): Of A Fishing Me... (and a King Salmon)
Geometricke A Pocitacove Modelovani Dalsi literatura. de Berg,M. van Kreveld,M. Overmars,M. Schwarzkopf,O.computaional geometry. Algorithms and Applications. Berlin, Springer 1997. http://www.kma.zcu.cz/DATA/Geometricke.modelovani/GPM.htm
Extractions: Geometricke a pocitacove modelovani akademicky rok 2000-2001 - letni semestr 2+3 vyucujici: doc. RNDr. F. Jezek CSc.- KMA FAV; prakticka cviceni: ing M. Peckert - UDV Rozpis obsahu vyuky: Tyden Datum Tema vyuky P : Uvod, prehled aplikaci geometrickeho modelovani. Shrnuti analyticke geometrie projektivni rozsireni, homogenni souradnice, maticove vyjadreni transformaci a zobrazeni.
Faculty Current Students Completed Students Areas Of Interest 18. A.Raman, Studies on Algorithmic Aspects of Special Classes of Perfect Graphs,1993. 19. Vanisri, On Some Problems in Isothetic computaional geometry, 1993. 20. http://www.cs.iitm.ernet.in/theory/comstudent.html
Extractions: Faculty Current Students Completed Students Areas of Interest ... Home Completed Students of the Lab V.Prakash Convexity Studies in Graphs V.Kamakoti Randomised Algorithms for Proximity Problems and Reliable Circuit Design M.Wilscy MAPS: A Multi-Agent Production System K.S.Easwarakumar Graph Decomposition Techniques and Efficient Graph Algorithms T.V.D.Kumar Applications of Reason Maintanance Systems in Multi-agent Planning Amitava Datta Maximum Empty Rectangle Problem and its Variations Meena Mahajan Studies in Language Classes defined by Different Types of Time-Varying Cellular Automata Nalinakshi Nirmal Studies in 2D Development Systems and Languages Y.Sivasubramanyam Studies in weighted Automata with Application to Image Processing D.Arun Kumar Approximation Algorithms for Some NP-Hard Optimization Problems K.Srinathan Secure Distributed Protocols: Construction and Complexity K.Sharda Distributed Processing in various kinds of Automata Vanam Srilakshmi Efficient Algorithms for Optimisation Problems on Isothetic Polygons K.Arthi
M.S. Students: Vanisri, On Some Problems in Isothetic computaional geometry, 1993. Vinodchandran,New Characterisations of Some Counting Classes, 1993. http://www.cs.iitm.ernet.in/kamala/kkbio/node13.html
Extractions: Next: M.Tech. Students: Up: Research/Project Guided: Previous: Ph.D. Students: Y. Sivasubramanyam, Studies in weighted Automata with Application to Image Processing K. Sharda, Distributed Processing in various kinds of Automata Vanam Srilakshmi, Efficient Algorithms for Optimisation Problems on Isothetic Polygons K. Arthi, Probabilistic Grammar Systems : Theory and Application M. Sakthi Balan, Distributed Processing in Automata S.Jeyalakshmi, Design and Analysis of Algorithms Related to Point Sets and Polygons V.Radhakrishnan, Pattern Matching in Matrix Grammars A.Renuka, Algorithms for Some Isothetic Path Planning Problems A Rema, Studies on Some Path Planning Problems in Static and Dyanmic Domains Velmurugan, Algorithms for Some Problems in Path Planning Vanisri, On Some Problems in Isothetic Computaional Geometry Vinodchandran, New Characterisations of Some Counting Classes M V Nagendra Prasad, Two Variations of L-systems Anindya Das, Terminal Weighted Grammars and Picture Description Usha Menon, Single Successor Context-free Graph Grammar and Application to Flowchart Compilation Aparna R
Neural-Logic Belief Networks (NLBN) (ResearchIndex) 1990 2 Perceptrons An Introduction to computaional geometry (context) Minsky,Papert - 1969 2 Programming in neural logic (context) - Reynolds, Teh et al. http://citeseer.nj.nec.com/345016.html
Extractions: Abstract: This technical report presents a hybrid symbolic-neural network for representing and reasoning about commonsense beliefs called a Neural-Logic Belief Network (NLBN). Concepts are represented by nodes and relations amongst the concepts are represented by numerical directed links from one node to another. The network computation functions are similar to those of a neural network and classical logical relations such as AND, OR, etc., as well as human biased relations can be modelled by the... (Update)