Graph-COM/Text-Attributed-Graphs huggingface dataset:
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Patty Hough;Patty Hough; Sandia National Laboratories;P.O. Box 969;MS 9214;Livermore, CA 94551; ph@cam.cornell.edu; Who am I?;I was a Ph.D. student (1991-1996) in the Center for Applied Mathematics, which;is housed in Frank;H.T. Rhodes Hall at Cornell;University. My thesis advisor was;Steve Vavasis . Other members of my committee were Nick;Trefethen and;Al Schatz. My research interests fall in the areas of; numerical linear;algebra; scientific computing; optimization;I am currently working as a postdoc with Juan Meza in the Scientific Computing Department; at Sandia National;Laboratories in Livermore, CA.; Here is my resume and a statement of research goals .; Tech Reports;"Complete orthogonal decomposition for weighted least squares",;with;S.A. Vavasis , to appear in SIAM J. Matrix Anal. App.; "Stable and efficient solution of;weighted least-squares problems with applications in interior point;methods", Ph.D. Thesis.;
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Jeff Baggett;Jeff Baggett; Center for Applied Mathematics;657 Frank H.T. Rhodes Hall; Cornell University;Ithaca, NY 14853; baggett@cam.cornell.edu;(607) 255-4195; Who am I?;I am a sixth year graduate student in the Department of Mathematics at;Cornell University under the supervision of;Nick Trefethen.;I expect to finish my thesis, titled "Non-normal dynamics and applications;in hydrodynamic stability" by the summer of 1996. I would like to continue;my research so I am seeking a research position.;Here is a detailed outline (postscript - 4 pages); of my thesis.; My curriculum vitae (postscript - 2 pages).; Interests and Activities;My interests and background are an unusual blend of scientific computing, dynamical;systems, and fluid mechanics. Here is a;research proposal (postscript - 5 pages) for some work I;would like to do in the next couple of years.; Papers; "A mostly linear model of transition to turbulence" (postscript 430k) , with; T.A. Driscoll, and; L.N. Trefethen ,;Physics of Fluids, April 1995.; "Exponential type versus spectral abscissa: the Hille and;Phillips example" (postscript 196k);submitted to Integral Equations and Operator Theory.; "Low dimensional models of subcritical transition to turbulence";(postscript 885k) with L.N. Trefethen, submitted to Physics of Fluids.; Misc. Links; Satish;
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Networked Computer Science Technical Reports Library;Networked Computer Science Technical Reports Library;NCSTRL (pronounced "ancestral") is an international;collection of computer science technical reports from CS departments;and industrial and government research laboratories, made available;for non-commercial and eduational use. The NCSTRL;collection is distributed among a set of interoperating servers;operated by participating;institutions. Read the official NCSTRL;press package for a description of the background, goals, and;organization of NCSTRL.;Search the NCSTRL collection; The Fielded Search Form allows you to perform a search on several fields of the bibliographic data, and/or to limit the search to specific institutions,;Or enter one or several words into the box below to list all documents in our collection whose author, title, or abstract contain any search word:;Or browse reports at any of the;participating institutions.;I want to join NCSTRL, tell me more;Read the faq for;institutions interested in participating in the NCSTRL collection.;More Information;Find out what's;new with NCSTRL or browse a list of;documents related to NCSTRL.; NCSTRL at Cornell Computer Science. Send email to;tech-reports@cs.cornell.edu.;
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CS414 Home Page;CS414: Systems Programming and Operating Systems;CS415 Practicum in Operating System;Kenneth P. Birman;CS414/415 News Group;Course Syllabus;Lecture Notes;Unix Filesystem Structure;Linking (Static and Dynamic);Assignments;Homework 1;Homework 2;Homework 3;Homework 4;Homework 6;Assignment Solutions;Solution 1;Solution 2;Solution 4;Solution 5;Prelim 1 Solution;TAs;LiLi; 5162 Upson Hall; Phone: 255-7421; E-Mail:; lili@cs.cornell.edu; Office Hours: Wednesday and Friday 3:30-5:00;Yi-Cheng Huang; 5151 Upson Hall; Phone: 255-3042; E-Mail:; ychuang@cs.cornell.edu; Office Hours: Tuesday and Thursday 2:00-3:30;Mihai Budiu; 4132 Upson Hall; Phone: 255-1179; E-Mail:; budiu@cs.cornell.edu; Office Hours: Wednesday 11:00-12:30 and Thursday 11:30-1:00;Last modified: Tue Nov 26 13:07:45 1996;
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CS415 Home Page;CS414: Systems Programming and Operating Systems;CS415: Practicum in Operating Systems;Selections that display this symbol correspond to postcript;documents.;;How to hand in phase 3 of HOCA;Course Information;;Course Schedule (Last Changed: 9/14/95);;Groups; Handouts; Handout 1;;GIF Format;;Postcript Format;;Penne ai Broccoli -- 9/4/95;;Questions and Answers (Last Changed: 10/23/95); The CHIP Computer System;;Console Window Example;;Using CHIP; Chip Console Tutorial;;Principles of Operation;;Configuration File;The HOCA Operating System;The HOCA Operating System Specifications;This page is maintained by;Lorenzo Alvisi;
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The Design Research Institute;About the DRI;Researchers;at the DRI;browse or search;all public files;Technical Reports;Search technical reports from the DRI and other institutions;IPIC'96 home page:;International Working Conference on Integration of Enterprise Information;and Processes;Another site for this information is at ITI;Singapore;AltaVista;Forum at DRI;Send questions or comments about this server to mike@dri.cornell.edu;
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About Jim Davis at the Design Research Institute;Jim Davis;Xerox Corporation;PhD, MIT Media Lab 1989;davis@dri.cornell.edu;My goal in general is to build software systems that improve;communication among people. I believe that communication mediums of;the future will have an increasing understanding of the structure and;content of the messages they transmit. They will manipulate,;reformat, and even generate that content. I am interested in;hypertext systems, network information access, and collaboration.;I work on the;CSTR project, an;ARPA sponsored effort to make computer science technical reports more;easily accessible. As part of that work, I designed a distributed technical report server which;is now running at many universities.;I am interested in Corporate (or Group) Memory, meaning electronic;systems for capturing and accessing the knowledge used and produced by;(the workers of) an institution, in order to increase the quality of;or reduce the time required to do future work. Corporate memory;includes not just the intellectual products of the institution;(e.g. an engineer's designs, a lawyer's contracts, an author's;screenplays) but also knowledge about the process that produced;the product: knowledge of dead-ends explored, tools used, and;justifications supporting the final decisions.;I have also begun a project (with Dan Huttenlocher) in developing;corporate memory through shared;annotation of structured documents. This project investigates how;people can share information by reading and writing annotations in;electronic documents shared by the group. An initial prototype;implementation is being used by Cornell class CS212. Here, the shared;documents are problem sets and course notes, and a nnotations might be;requests for clarifications by students, technical questions, or;corrections made by staff. The question is whether this will be a;useful means for students to obtain answers, whether students will;find each other's questions a useful source for learning, whether;students will often be able to answer each other's questions;(correctly), and whether the course staff will find this a useful;means for feedback in improving the course. So far, the evidence is;that they do.; I'm also interested in natural language generation and the design;of computational proxies ("agents") which can safely and reliably;carry out remote computations on foreign machines without risk to;either you or the owner of the remote machine.;See also;Papers; Online copies of some of my publicatiions.;Web resource for the DRI.; A list of Web resources that seem especially useful for the;DRI;my web resources; Resources I've collected that seem useful (or fun) to me;professional history;This is a narrative, not a resume.;Contact improvisation;Is it a sport or an art?;Resume;No, I'm not in the job market. But thanks for asking. I like;it just fine at Xerox;
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CS401/501 Home Page;;CS401/501 Home Page; Looking for ...; Admin handouts and information (incl.; TA office hours); Lecture notes; Assignment information; Recitation information; The Ethics, Professionalism, and Social; Responsibility Page;or maybe ...; Electronic Submission Procedure; Group Performance Evaluations; Web resources; Quotes and other fun stuff.; A collection of jokes has been started here. Submit your own!; Sumedh's office hours;Breaking News:; No more recitations (after Nov 18).;Misc. Stuff; Converting raw text to Postscript; Some people have asked how to convert raw text to Postscript. The; simple way is to use the Unix program enscript. Here are two suggested; ways of doing this:;; enscript -2r -G -pfile.ps file.txt; enscript -G -pfile.ps file.txt;; The first prints the files 2-up (good for source code). The second; prints them 1-up. The -G gives a nice header. This generate a; Postscript file file.ps. If you leave out the "-pfile.ps", it; should just send the file to the printer.;More to come!;Last modification: Wed Nov 27 17:12:46 EST 1996;
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CS 515;CS 515 - Practicum in Distributed Systems;or how to get your hands dirty doing some real work.;The course:;The practical aspects of distributed systems are studied;through the design and implementation of a significant;system.;CS 515 is the practicum for those students who also take;CS 514,;Practical Distributed Systems. The course offers;a variety in projects ranging from simple projects in internetworking;to complex projects in distributed systems. Students work in teams;of 3 or 4 persons and choose a project of their interest on which they;will work trough out the semester. Credits hours earned in this course range;from 2 to 6, depending on the size and the complexity;of the project that is developed.;The course uses the Web for all offcial and informal interaction. On pages;linked to the CS 515 Information page you can find;basic information, instructions, projects descriptions, design plans,;progress reports and final presentations.;Go to the CS 515;table of contents;page.;Comments to;Werner Vogels;
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Cornell Department of Computer Science;|; General Info |; Academic Info |; Faculty |; Research Projects |; Tech Reports |;;Annual Report |;Welcome to the Cornell University;Department of Computer Science Web site.;Feel free to browse around;and get to know our department.;General Info;Get some General Information about the;department - its location, size, age, etc. Also find information;such as;Contacts;within the department and our standard;Disclaimers.;Faculty;Find a list of the;Faculty and check out their "official" Annual Report home pages or;their personal home pages.;Research;Check out the;Research Projects going on in the department, or find out about;our;Researchers and our;Research Collaborators.;Publications;Find links to publications by department Faculty and Researchers;either through the;Technical Reports Project;or through the;Annual Report.;Degrees;Look into our degree programs -;Doctorate,;Masters of Engineering, or;Undergraduate.;Academics;Reference the;Course Home Pages to see what is being taught via the Web;for this semester or read the general;Course;Descriptions as they appear in the;Courses of Study.;People;Get to know some of the outstanding;People;who keep our department going, including our Staff;and Students. There is;also a Directory;Listing of people in the department.;Activities;Find out about the activities we have in the department such as the;Association of CS Undergraduates or our excellent;Hockey Team.;Other Servers;Check out some of the other servers in the department, such as the; Cornell CS Gopher;Server or the; Cornell CS Anonymous FTP;Server. Or check other servers and pages at;Cornell Web Sites;Questions and comments on the information;presented here can be directed to www@cs.cornell.edu.;
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CS211 Fall 96 Home Page; CS211, Computers and Programming;Computer Science Department;Cornell University;Fall 1996;Question and problems about this page should be emailed to Nawaaz Ahmed,; nawaaz@cs.cornell.edu .;You may have trouble viewing the tables if you're using an early;version of NetScape.; Changes to this document are logged. Click here;for the latest updates. The order of the updates since November 1st;has been changed so that the latest updates are at the top of;the page.; You can also post problems you have found, solutions to them and;any other cs211 related material to the;CS211 newsgroup. (This is an;experiment -- let me know if using the newsgroup link is a problem;on the macs).; Course description; Course staff (Updated with office hours information); Additional References; Lecture notes; Handouts; Assignments; Code samples; Exams and Solutions; Course description; COM S 211 Computers and Programming (also ENGRD 211);Fall, spring, summer. 3 credits. Credit will not be granted for both;COM S 211 and 212. Prerequisite: COM S 100 or equivalent programming;experience.;Intermediate programming in a high-level language and introduction to;computer science. Topics include program development, proofs of;program correctness, program structure, recursion, abstract data;types, object-oriented programming, data structures, and analysis of;algorithms. Java is the principal programming language.;There will be two prelims and one final for this course.; Prelim 1 : October 17th, 7:30PM.; Prelim 2 : November 19th, 7:30PM; Final : December 19th, 3:00-5:30PM; The exact location of the prelims will be announced later.;
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CS212 Home Page;CS212; Structure and Interpretation of Computer Programs;Computer Science Department; Cornell University; Fall 1996;;Course Materials;(Access to course materials requires a user-id and password which you can request by attempting to access the materials);Course Info;Dylan Interpreter (New window);Dylan Interpreter (This window);;(Note, some Web browsers, including Netscape, do not correctly check for changed Java class files. Thus when NOODLLE is changed you may see inconsistent behavior. Here's how to fix it.);If you are working with a parter, link you directories with the PartnerJoin Utility.;Announcements;
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CS280: Discrete Structures; CS280: Discrete Structures;Course Information;Instructor:;Professor Sam Toueg; Upson 4106; Tel: 255-9197;sam@cs.cornell.edu; Office Hours: Monday 2:30pm-3:30pm, Wednesday 3pm-4pm, or by appointment.;Teaching Assistants:; Debra Goldberg; Rhodes (Theory Center) 657; Tel: 255-8272;debra@cam.cornell.edu; Office Hours: Tuesday 12:00-2:00 pm and Wednesday 4:00-5:00 pm in Upson 343A.; NOTE: Next Tuesday, 11/26, the office hours will end;at 1:30 pm.; Athanasios Kyparlis; Upson 4162; Tel: 255-2219;kyparlis@cs.cornell.edu; Office Hours: Thursday 1:00-3:00 pm and Friday 11:00 am - 12:00 noon in Upson 343A.;Newsflash (November 15);Prelim 1 grades are posted in front of Upson 303 (October 17);Additional Consulting Hours (October 4);Announcements;Handouts;Reading Assignments;Homeworks;Solutions;Announcements;Please remember to return your homework in the;yellow "campus mail'' envelope with your name written on it.;Handouts;Course Information;Questionnaire;Reading Assignments;Sections 1.4, 1.5 and 1.6 (Friday, August 30).; Section 3.2 (Monday, September 2).; Section 3.3 (Wednesday, September 11).; Sections 3.4 and 3.5 (Monday, September 16).; Sections 1.1 and 1.2 (Wednesday, September 18).; Section 3.1 (Wednesday, October 1st).; Sections 4.1, 4.2, and 4.3 (Wednesday, October 23).; Section 4.6 (Friday, October 25).; Sections 5.4 and 5.5 (Friday, November 1st).; Sections 4.4 and 4.5 (Wednesday, November 6).; Sections 7.1, 7.2 and 7.3 (Monday, November 18).;Homeworks;IMPORTANT: Unless we specify otherwise, in all homeworks and exams in;CS280 you should justify your answers with clear and rigorous proofs.;Grading will be according to the following criteria:;a. correctness and completeness, and;b. clarity, precision and conciseness.;Homework 1;Homework 2;Homework 3;Homework 4;Homework 5;Homework 6;Homework 7;Homework 8;Homework 9;Homework 10;Homework 11;Solutions;Solution of Homework 1;Solution of Homework 2;Solution of Homework 3;Solution of Homework 4;Solution of Homework 5;Solution of Homework 6;Solution of Prelim 1;Solution of Homework 7;Solution of Homework 8;Solution of Homework 9;Solution of Homework 10;Last updated on November 4, 1996;;Please comment to;cs280@cs.cornell.edu;
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CS401/501 Home Page;;CS401/501 Home Page; Looking for ...; Admin handouts and information (incl.; TA office hours); Lecture notes; Assignment information; Recitation information; The Ethics, Professionalism, and Social; Responsibility Page;or maybe ...; Electronic Submission Procedure; Group Performance Evaluations; Web resources; Quotes and other fun stuff.; A collection of jokes has been started here. Submit your own!; Sumedh's office hours;Breaking News:; Recitation this Monday Nov. 18 will be held; in the csuglab (3rd floor, Upson).;Misc. Stuff; Converting raw text to Postscript; Some people have asked how to convert raw text to Postscript. The; simple way is to use the Unix program enscript. Here are two suggested; ways of doing this:;; enscript -2r -G -pfile.ps file.txt; enscript -G -pfile.ps file.txt;; The first prints the files 2-up (good for source code). The second; prints them 1-up. The -G gives a nice header. This generate a; Postscript file file.ps. If you leave out the "-pfile.ps", it; should just send the file to the printer.;More to come!;Last modification: Wed Nov 6 09:26:11 EST 1996;
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CS414 Home Page;CS414: Systems Programming and Operating Systems;CS415 Practicum in Operating System;Kenneth P. Birman;CS414/415 News Group;Course Syllabus;Lecture Notes;Unix Filesystem Structure;Linking (Static and Dynamic);Assignments;Assignment 1;Assignment 2;Assignment 3;Assignment 4;Assignment Solutions;Solution 1;Solution 2;Solution 4;Solution 5;Prelim 1 Solution;TAs;LiLi; 5162 Upson Hall; Phone: 255-7421; E-Mail:; lili@cs.cornell.edu; Office Hours: Wednesday and Friday 3:30-5:00;Yi-Cheng Huang; 5151 Upson Hall; Phone: 255-3042; E-Mail:; ychuang@cs.cornell.edu; Office Hours: Tuesday and Thursday 2:00-3:30;Mihai Budiu; 4132 Upson Hall; Phone: 255-1179; E-Mail:; budiu@cs.cornell.edu; Office Hours: Wednesday 11:00-12:30 and Thursday 11:30-1:00;Last modified: Thu Nov 14 12:42:19 1996;
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CS472 Home Page;CS472;Foundations of Artificial Intelligence;Computer Science Department; Cornell University; Fall 1996;Welcome to CS472!; Course Information for CS472 and CS473; Course Materials for CS472 and CS473;Code of Academic Integrity (Please read!);Announcements;(11/18, claire);The due date for Program 3 has been moved to Monday, Nov 25 (at;the beginning of class.;(11/14, scott);Solution to Homework 4 is now;here;(11/12, kevin);The code on the PCs for programming assignment 3 is now all set. Note;that a new file, "rubix-operators.lsp" needs to be loaded (all of the;functions are the same, but they have been rearranged slightly). Also,;variables previously defined as constants were changed to parameters to;appease the compiler (these vars are still bracketted by +'s). Those of you;using the PC lab should use the files there. Those using the cs machines;should use the files on Netscape.;(11/9, kevin);Find-all-bindings.sbin can be found in at;/usr/u/ksaunder/find-all-bindings.sbin;for those with PC accounts.;(11/7, kevin);For those of your using the PC lab, there is a serious gremlin in the code;for programming assignment 3. You will still be able to look at the code and;get started on the assignment, but the planner will not successful run upon;completion of apply-operator-schemas. Meanwhile, we'll be hunting. Those;using the cs machines shouldn't have this problem.;(11/6, kevin);Special Offer! Limited Time Only! Are you concerned about getting a zero;on the third program? Worry no longer! Just complete the assignment as;specified on the Course Materials page and a positive grade will result!;Guaranteed! This offer available only through November 22. Only one;assignment per group, please.;(11/6 5:30 p.m., claire); There is a clarification to problem 4 in homework 4. Unless otherwise specified,;you can assume that either (1) the system adds the fact that JB is a 1973 Dodge Van;to the KB at query time, or (2) the fact that JB is a 1973 Dodge Van already exists in;the KB. The postscript document has been modified to include this;clarification.;(10/31, scott); The new homework is here! The new;homework is here! Its due 11/11.;(10/30, kevin); The solution to Programming Assignment 2 is now available on the Course;Materials page.;(10/28, claire); The solution to the midterm is available from the Homeworks and Solutions portion of;the home page.;(10/23, claire); Information about the CS473 status reports (due Tuesday 10/18) is now available in the;CS473 section of the home page.;(10/19, claire); Reminder: No class on Monday.;(10/16, scott); Solutions to Homework 3 are right;here (in postscript).;Other CS course home pages;CS Department home page;
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CS381/481 Fall 96 Home Page;CS381/481 Fall 1996;Automata and Computability Theory;Welcome to CS381/481!;Click to see:;Course Information |;Lecture Notes |;Homework and Exams |;Study Guide;Announcements;9/1/96 Course notes available in hardcopy;9/1/96 Don't do the homework sets in the notes!;9/9/96 New TA office hours;9/12/96 Incorrect hw2 due date;9/23/96 Prelim 1;10/23/96 Prelim 2;10/31/96 Revised Homework 8;11/1/96 Homework 8 erratum;11/15/96 Change of room for Nikolay's office hours;Code of Academic Integrity (Please read!);Other CS courses |;CS Department;
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CS 631 Home Page;CS631;Multimedia Systems;Computer Science Department; Cornell University; Fall 1996; Final Project Presentation Schedule; Course Staff; Course Info; Course Materials; Students' Web Pages; Project Web Pages; Some useful links; 631 Newsgroup; Anouncements; Newsgroup Access; Rivl bug;Comments or questions about this web page? Send mail to janosi@cs.cornell.edu.;
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681 The Design and Analysis of Algorithms: Homepage; Instructor: Ronitt Rubinfeld; TA: Evan Moran; Time: MWF 2:30-3:20; Location: Upson 111A; Text: Kozen, The Design and Analysis of Algorithms, Springer-Verlag.; Handouts:;Course announcement;;Syllabus;; Homeworks:;Homework 1 (last modified 9/5);;Homework 2 (last modified 9/11);;Homework 3;;(last modified 9/22);Homework 4;;(last modified 9/27);***see addendum***;;(last modified 10/2);Homework 5;;(last modified 10/11);***see addendum***;;(last modified 10/18);Homework 6;;***don't see addendum - see new copy of HW***;Homework 7;;(last modified 11/6);Homework 8;;(last modified 11/13); Solutions:;Solution 1;;Solution 2;;Solution 3;;Solution 4;;Solution 5;;Solution 6;;Solution 7;; Announcements:;There will be an exam on Thursday, Nov. 21 at 7 in;Upson 111/111A. Talk to;me or Evan to reschedule if you cannot make it at that time.;You may refer to the Kozen text, an 8.5x11'' cheat sheet and your;class notes/homeworks.;Rajeev Motwani's lecture notes on approximations;;PET paper;;
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CS617 Home Page;Frontiers of Parallel Systems;Thorsten von Eicken;Fall, 1994;Location: 111 Upson, MWF 11:05am-12:00pm;Office hours: Mon 12:15pm-1:15pm, Thu 2pm-3pm;Course Description;Parallel machines are here to stay. This is underscored by the fact that;all system manufacturers offer multiprocessors at the top of their product;line. However, the debate on how the parallel machines of the future will;look like has heated-up considerably in the past few months: the federal;spending cuts are on their way to eradicate the performance-at-any-price;massively parallel processor (MPP) manufacturers. Competitors having bet;on glorified workstation farms are smiling: while their machines cannot;offer the same level of performance or ease of use, their business has not;suffered as much because these machines are more price competitive and can;leverage the latest microprocessor developments more quickly. At the core;of the technological debate lie a large number of systems issues: how to;integrate a large number of off-the-shelf processors into a cost-effective;system which can be easily programmed in high-level parallel programming;languages and which can host a varied application workload.;This course is not about how to program parallel machines (although some;of that will be the topic of the first few weeks). Parallel algorithms,;languages and architectures have matured considerably over the last few;years to the point where parallel machines are almost usable, if only the;system support were adequate to allow general-purpose use. This course;will focus on the architecture and operating system aspects required to;support features taken for granted in sequential computing such as;portable parallel programs, powerful debuggers, multi-user machine access,;virtual memory, and fast I/O.;The first part of the course will examine two complete parallel systems:;the CM-5 with Split-C and an ATM network of workstations with CC++. Using;a ``vertical'' approach we will study the interactions between algorithmic;models, languages, associated execution models, operating systems,;architectures and hardware implementations, focussing on the support;required for each of these layers. The second part of the course will;focus on specific topics and slice ``horizontally'' across systems,;selecting a few key issues for an analysis of the design alternatives. An;in-depth study of the KSR and the DASH will provide some shared-memory;contrast to the course.;Course Materials;Course format;Lecture Notes;Problem sets;Term projects;
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CS314 Home Page;Introduction to Digital Systems and Computer Organization;Thorsten von Eicken;Fall, 1995;Tue/Thu 1:25pm-2:40pm, Kimball B11;Topics include: representation;of information; machine-assembly languages; processor organization;;interrupts and I/O; memory hierarchies; combinatorial and sequential;circuits; data path and control unit design; RTL; and;microprogramming.;HELP;If you have a problem related to a lecture, a homework set, or a;project, the best way to get help is to add an annotation at the;appropriate point in the course materials. This will allow you to get;help not only from the course staff, but also from your class mates.;Otherwise, you should send email to cs314@cs.cornell.edu or talk to;one of the consultants.;Course Information;Course;Materials and Announcements;Announcements, lecture notes, lecture videos, and assignments.;This part uses CoNotes to allow annotation of the Web documents.;There's a small "getting started";document available in case you've never used CoNotes before.;C Tutorials Online;An Introduction to;C, by Marshall Brain. This is a great introduction for;people who know a procedural language like Pascal or Fortran.;Learn;C/C++ Today! is a guide to a lot of books, example programs;and online tutorials. Each reference is very well annotated.;The;Yahoo C/C++ Page. If you wish to surf the web in search of;more C material, this is the place to start!;The C Frequently Asked Questions page. Should be useful in;answering the common questions that come up while learning and using C.;Also contains a link to several online tutorials.;The C Newsgroup.;This page is maintained by Thorsten von;Eicken;
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CS472 Home Page;CS472;Foundations of Artificial Intelligence;Computer Science Department; Cornell University; Fall 1995;Welcome to CS472!; Course Information for CS472 and CS473; Course Materials for CS472 and CS473;Code of Academic Integrity (Please read!);Announcements;(claire);Final grades will be available sometime Saturday, Dec. 23. I can send you your;grade via e-mail if you request me to do so via e-mail.;(claire);Final exam is Dec 22, Upson B17, 9 a.m. Alternate date is Dec 14, Upson B17, 9 a.m.;Other CS course home pages;CS Department home page;
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CS 401/501 Home Page;CS 401/501;Software Engineering: Technology and Techniques;Computer Science Department; Cornell University; Fall 1995; Course Staff; Samuel Weber, Professor,Upson 308,; weber@cs.cornell.edu;Office Hours: MF 3-4, W 10-11;; Ioi Lam , TA, Upson 4162,ioi@cs.cornell.edu;Office Hours:T 3:30-4:30;; Vineet Buch, TA, Upson 4104,buch@cs.cornell.edu;Office Hours: Thursday, 10-11;;Yaron Minsky, TA;;Office Hours: None;; Course Materials; Course Overview (overview.ps); Course Handouts; Lecture Notes; Recitation Notes; Tcl/Tk On-Line Resources; Assignment Grades and Remarks; Other Stuff;; C++ Frequently Asked Questions (From Borland);samuel@cs.cornell.edu;Last modified Oct 21 21:26;
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CS 314 Home Page; CS 314 Home Page; Brian Smith: Your Tour Guide; Course Information; Homework Assignments; Assignment 1; Assignment 2; Assignment 3; Assignment 4; Projects; Project 1; Project 2; PS314 Spec; Lectures; Table of Contents (postscript of slides are here); Introduction to Computer Systems; CPU Organization; 68000 Programming; Procedures, Recursion, and Stacks; Assemblers, Linkers, and Loaders; Interrupts and I/O; Introduction to Logic Design;
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CS100 Home Page Spring 1996; CS100 Home Page; Spring 1996; Message of the Day;Welcome to the CS100 Home Page. Remember to check here frequently;for important information regarding the course.;Prelim 3 is Tuesday, April 23. The review session will be held on;Sunday, April 21 at 3:00pm in Baker 200.; Course Information; Instructors; Teaching Assistants; Office Hours; Getting course materials from the;World Wide Web; CodeWarrior on your personal;Mac; Programs; Lecture Programs; Program 1; Program 2; Program 3; Program 4; Program 5; Program 6; Exams; Prelim 1 (Tues, February 13); Prelim 2 (Thur, March 14); Prelim 3 (Tues, April 23); Final Exam (Mon, May 13);Last Updated: April 17, 1996;CS100 Spring 1996;pierce@cs.cornell.edu;
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CS212 S96 Home Page;CS 212;Structure and Interpretation;of Computer Programs;Computer Science Department;Cornell University;Spring 1996;;Course Staff;Course Info;;Course Materials;Announcements;1/23/96 Emacs and MacMarlais demos;2/02/96 Section Room Change;3/07/96 Prelim Time and Place;3/11/96 How to Make the Graders;Happy;4/07/96 Bug fix in PS #6;4/16/96 General Exam Announcements;4/29/96 Extension of due date, PS6;Last Modified: 4/07/96 16:10 by JEH;
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CS512: Advanced Language Implementation; CS 512: Advanced Language Implementation; Contents;Description;Handouts;Administrivia;Web Links; Description:;Modern programming languages, such as SML, Java, Haskell, and Dylan,;provide high-level features such as:; objects and closures,; polymorphism, abstract data types, and classes,; garbage collection,; exceptions and continuations,; threads and synchronization constructs.;;This class will survey modern techniques for efficient implementation;of these features. Our focus will be on the implementation of;modern functional languages, but we will make connections;to other kinds of languages, notably object-oriented.;Handouts:;Handouts are now on a separate page.; Administrivia:; Instructor: Greg Morrisett; Office: Upson 4105C; Email: jgm@cs.cornell.edu; Phone: 5-3009; Admin. Assistant: Linda Competillo, Upson 4115; Office Hours: MWF, 3-4pm or send email for an appointment.; TA: Evan Moran; Office: Upson 4144; Email: evan@cs.cornell.edu; Phone: 5-1159; Office Hours: Tuesday & Thursday, 3-4pm;Web Links:; Mark Leone's Resources for Programming Language Research.;The Fox project's on-line information about Standard ML.;Reference information for SML/NJ (postscript):; User's guide; Description of the base environment; Description of the system environment; Library documentation; Documentation of available tools; Reference indexDocumentation of available tools;A gentle introduction to SML, Andrew Cumming .;MIT's info on SML/NJ.;
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CS514: Practical Distributed Systems;Practical Distributed Systems (CS514);Registration in CS514 is necessary for students taking;CS515.;General Information;Course Overview and Logistics.;Readings.;Homeworks;Homework 1;: Due - 2/7, 8:00am;Homework 2;: Due - 2/21, 8:00am;(postscript);Homework 3;: Due - 4/3, 8:00am;Examinations;Midterm Examination;: Due - 3/6, 8:00am;(postscript);Final Examination;: Due - 5/3, 8:00am;(postscript);Annotated Bibliographies;Selected annotated bibliographies prepared by class;
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CS516 Home Page;High-Performance Computer Systems;Thorsten von Eicken;Spring, 1996;Projects;Project reports;Project proposals;Initial project ideas;Course Materials;Homework 1;Homework 2;Please check out the CUCS SP-2 page;before starting to use Split-C on the machine.;You might also check out a sample program.;Homework 3;Homework 4;cs516-01 intro;cs516-02 now case;cs516-03 technology;cs516-04 caches;cs516-05 mpp nets;cs516-06 sp2;cs516-07 split-c;You can find more information on Split-C in the paper;``Parallel Programming;in Split-C''.;cs516-08 em3d;cs516-09 sorting;cs516-10 sp2am;cs516-11 msgpass;cs516-12 mpi;cs516-13 cachecoh;cs516-14 locks;cs516-15 threads;cs516-16 atm;cs516-17 u-net;cs516-2%;cs516-20 r4000;cs516-21 scoreboard;cs516-22 tomasulo;cs516-23 br pred;cs516-24 superscalar;cs516-25 io buses;cs516-26 pentium;Maintained by Thorsten von Eicken;
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CS 664: Machine Vision; CS 664: Machine Vision;Course Staff:;Instructor: Ramin Zabih;Teaching Assistant: Justin Miller;Class Time and Place; MWF, 3:35-4:35, Phillips 219;Project Suggestions;Problem Sets; Problem Set 1; Problem Set 2;Course Class Notes; How to Scribe; Week 1; 29 January - Regularization; 31 January - Simulated Annealing; 5 February - Computing Motion via Regularization; 7 February - Calculus of Variations; 12 February - Maximum Likelihood Estimation; 14 February - Markov Random Fields; 19 February - Snakes; 21 February - Stereo and Motion; 26 February - Introduction to Correlation; 28 February - Mestimation; 4 March - Non-parametric Methods; 6 March - Guest Lecture; 6 March - Non-parametric Transforms (Cont.); 13 March - Correlation and Census Transform; 18 March - No lecture(Cont.); 27 March - Stereo Geometry (Cont.); 29 April - 2D Geometrical Transforms; 1 April - Motion Segmentation; 8 April - Tracking; 10 April - Motion Tracking (Cont.); 15 April - Edge Detection; 17 April - Continuation of Model Based Vision; 21 April - Hausdorff Distance; 23 April - Guest Lecture - Eigenhausdorff.; 30 April - Face Recognition;Section Notes; The Optical Flow Constraint Equation;Other Sources; Computer Vision Home Page; History of Object Recognition;
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CS674 Home Page;CS674;Introduction to Natural Language Understanding;Computer Science Department; Cornell University; Spring 1996;Welcome to CS674!; Course Information for CS674; Course Materials for CS674;Code of Academic Integrity (Please read!);Announcements;Here is a list of resources available in;~cs674/project:;brill: directory for the Brill part of speech tagger;brown: directory for the Brown corpus (part-of-speech tagged);muc4: directory for a small corpus annotated with;part-of-speech information (text is from the MUC4 corpus);xwn: executable for WordNet;(be sure to set the environment variable WNSEARCHDIR to;~nlp/Archive/wordnet/dict before you run xwn);Finally, this site contains a description of;the contents of the Penn Treebank II;collection of annotated text. We have this here at Cornell. You can;use any part of it that you'd like for your projects. (Talk to Francis;about how to access it.);Other useful information for the project:;Database of recent papers in Computational;Linguistics and NLP.; CMU's;AI Repository contains has pointers to code for various NLP system components.;Presentation Schedule;What to Turn in for the Project;Other CS course home pages;CS Department home page;
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CS99 Course Home Page;;CS 99;[Info];[Syllabus];[Labs];[Links];Announcements;Room Update: Due to unforseen circumstances, we are still unable;to use Upson 215 for class. Therefore, here are the following room;assignments for Tuesday 7/9 and Wednesday 7/10:;Section #1: 10:00 - 11:00am in Philips 203;Section #2: 11:30 - 12:30am in Upson 211;Thursday's class (7/11) will meet in the MacLab, as usual.;Prelim #1: The first in-class prelim will be on Wednesday,;7/10.;It is an in-class, closed book exam, that will cover all course material;covered through the first 4 lab assignments.;Labs #3 and Lab #4 are both due on Tuesday, (7/9).;You do not need a computer to do Lab #4.;
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Yuying Li;Yuying Li;Research Associate;yuying@cs.cornell.edu;Ph.D. University of Waterloo, 1988;My general research interests are in numerical optimization and scientific computation. I am also interested in applying optimization techniques to solve real world engineering problems.;My current interests include generalizing the trust region theory for unconstrained minimization to nonlinearly constrained minimization. In particular, for nonlinearly constrained problems, there do not exist acceptance conditions for optimality. I have been investigating a new affine scaling trust region method for minimizing a nonlinear I (sub-1) function; including a trust region convergence analysis. The method can be used to solve a general nonlinearly constrained minimization problem using an exact penalty approach. An application of the new method has been considered for image enhancement problems.;Lectures;An Interior and Trust Region Method for Nonlinear Minimization Subject to Bounds. 1993 Conference on Scientific and Engineering Computing for Chinese Young Scientists, Beijing, China, August 1994.;Publications;A Globally Convergent Method for Lp Problems. SIAM Journal on Optimization, 3: 3 (1993), 609-629.;Centering, Trust Region, Reflective Techniques for Nonlinear Minimization Subject to Bounds. Proceedings of 1993 Conference on Scientific and Engineering Computing for Chinese Young Scientists (1993), 241-246.;Return to:;; List of Researchers;; 1993-1994 Annual Report Home Page;; Departmental Home Page;If you have questions or comments please contact:; www@cs.cornell.edu.;Last modified: 9 November 1994 by Denise Moore;(denise@cs.cornell.edu).;
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Donald P. Greenberg;Donald P. Greenberg;Jacob Gould Schurman Prof. of Computer Science;Director, NSF Science and Technology Center for Computer Graphics and; Scientific Visualization;PhD Cornell University, 1968;For the past two decades, our computer graphics activities have involved;the development of a wide range of graphic input and display techniques. A;number of input methods have been implemented, and progress has been made;on a large variety of display routines. Graphics research topics;previously investigated include polygon clipping, hidden surface;algorithms, texturing, spatial and temporal aliasing problems, geometric;modeling, parametric surface descriptions, and color science.;Our current focus of graphics research involves the three-dimensional;modeling of very complex environments and algorithms for realistic image;synthesis. A modular testbed that is sufficiently flexible to evaluate;different modeling and image generation techniques has been created.;Laboratory research is now being conducted on light reflection models,;methods for determining the interaction between reflecting surfaces,;techniques for improving the computational efficiency of ray-tracing,;parallel processing strategies, perceptual studies, micro-geometry surface;modeling, motion control, dynamics, constraint modeling, anti-aliasing;strategies, and a host of other topics related to complex modeling and;realistic image displays. New application research is being started in;volume rendering and medical imaging, digital photography, animation, and;the development of generic tools for scientific visualization, as well as;core technologies for multi-media environments.;Most of the research is conducted within the facilities of the Program of;Computer Graphics, which is a member of the new National Science Foundation;Science and Technology Center for Computer Graphics and Scientific;Visualization. Other participating universities are Brown University,;California Institute of Technology, University of North Carolina (Chapel;Hill), and the University of Utah.;University Activities;Director, Program of Computer Graphics;Director, National Science Foundation Science and Technology Center; for Computer Graphics and Scientific Visualization;Professional Activities;Editorial Board, Computer Graphics Journal;National Academy of Engineering;Founding Fellow, American Institute of Medical and Biological Engineering;Fellow, ACM;Return to:;; 1994-1995 Annual Report Home Page;; Departmental Home Page;If you have questions or comments please contact:;www@cs.cornell.edu.;Last modified: 24 November 1995 by Denise Moore;(denise@cs.cornell.edu).;
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John E. Hopcroft;John E. Hopcroft;Joseph Silbert Dean of Engineering;Professor of Computer Science;PhD Stanford University, 1964;On January 1, 1994, I was appointed dean of the College of Engineering and;now oversee the ten academic departments that comprise the college as well;as various research units. My involvement with the Computer Science;Department continues through research on robust geometric algorithms,;modeling and simulation, and information capture and access.;In collaboration with the Design Research Institute, we are developing;technologies to facilitate information capture and access within an;engineering design environment. Among the technologies being researched;are distributed databases and persistent object storage, document image;processing and management, multimedia and user interface technology,;information science for heterogeneous data, knowledge representation and;organization, and remote collaboration technologies.;Professional Activities;Member, National Research Council, Commission on Physical Sciences,; Mathematics, and Applications;Member, National Science Board;Member, Scientific Advisory Board, United States Air Force;Member, National Academy of Engineering;Fellow, American Academy of Arts and Sciences;Fellow, American Association for the Advancement of Science (AAAS);Fellow, Institute of Electrical and Electronics Engineers (IEEE);Fellow, Association for Computing Machinery;Chairman, SIAM Board of Trustees;Member, Scientific Advisory Committee for the David and Lucile; Packard Foundation;Member, Sloan Research Fellowship Committee;Advisory Board, Supercomputing Research Center, Institute for; Defense Analysis;Editor: Oxford University Press International Series on Computer; Science, Algorithmica, Discrete and Computational Geometry;Associate Editor: International Journal of Computational Geometry; and Applications, Journal of Computer and Systems Sciences,; Journal of Information Sciences;Return to:;; 1994-1995 Annual Report Home Page;; Departmental Home Page;If you have questions or comments please contact:;www@cs.cornell.edu.;Last modified: 24 November 1995 by Denise Moore;(denise@cs.cornell.edu).;
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Charles Van Loan;Charles Van Loan;Professor;PhD University of Michigan, 1973;We continue to develop new methods for various Kronecker product;computations. In particular, we have a method for solving the nearest;Kronecker product problem when the factor matrices are subjected to;inhomogeneous constraints. Some applications in signal processing and;Markov processes are solved as a result. Kronecker product descriptions;for various fast wavelet transforms have also been derived. Our aim is to;proceed by analogy to the FFT, where such descriptions have played an;important role in the development of high-performance algorithms.;Both undergraduate texts on computational science that I have been working;on for the last four years are now in production. One is currently being;translated into C in anticipation of the fall semester.;University Activities;Computer Science Department Undergraduate Curriculum Committee;Department Representative, Arts and Sciences Chairs' Meeting;Freshman Admissions Reader, Arts and Sciences;Professional Activities;Editor, SIAM Journal of Matrix Analysis;Member, Wilkinson Prize Committee, SIAM;Member, DiPrima Prize Committee, SIAM;Member, Organizing Committee, Householder Conference;Member, Householder Prize Committee;Lectures;Applications of the Kronecker product. Linkoping University, Sweden,; January 9, 1995.;___. Umea University, Sweden, January 12, 1995.;Building intuition for computational science. Umea University, Sweden,; January 12, 1995.;Applications of the Kronecker product. Ohio State University,; April 26, 1995.;Building intuition for computational science. Ohio State University,; April 27, 1995.;Publications;Optimizing closed loop adaptive optics performance with use of; multiple control bandwidths. Journal of the Optical Society of; America 11 (1994), 2871-86 (with B. Ellerbroek, N. Pitsianis,; and R. Plemmons).;Return to:;; 1994-1995 Annual Report Home Page;; Departmental Home Page;If you have questions or comments please contact:;www@cs.cornell.edu.;Last modified: 25 November 1995 by Denise Moore;(denise@cs.cornell.edu).;
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Catherine M. Wagner;Catherine M. Wagner;Senior Lecturer;PhD Cornell University, 1979;My primary responsibilities in the Computer Science Department are in;teaching. I am working with others in the department to revise the;curriculum for our lower level courses. I am specifically interested in;the development of a course for students who are under-prepared for our;introductory course in programming.;University Activities;Computer Science Undergraduate Curriculum Committee;Professional Activities;Association for Symbolic Logic;Association for Computing Machinery;Institute of Electrical and Electronics Engineers;Association for Women in Mathematics;Return to:;; 1994-1995 Annual Report Home Page;; Departmental Home Page;If you have questions or comments please contact:;www@cs.cornell.edu.;Last modified: 27 November 1995 by Denise Moore;(denise@cs.cornell.edu).;
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Adam Florence; Adam Florence; 4162 Upson Hall; Cornell University; Ithaca, NY 14853-7510; 607-255-2219;aflorenc@cs.cornell.edu;I am a first-year Ph.D. student in;computer science at;Cornell University. My professional;interests include simulation and numerical analysis.;Follow these links for find out more about me.;Academics;Research;Work;Interests;;Athletic;Other;Last updated 22 Sept 1996.;E-mail me;with comments or corrections.;
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Vineets' Home Page;Vineet Ahuja;M.Engg (95/96);Department of Computer Science;Cornell University;Ithaca, NY 14850;;Address:;2506 Hasbrouck Apts.,;Ithaca, NY 14850;(607) 253 5497;E-Mail:;ahuja@cs.cornell.edu; Academics;I'm an M. Eng. student in the department of Computer Science at Cornell University. My main areas of interest lie in Parallel Processing, Advanced Architectures, Operating Systems, and Object Oriented Programming.;Coursework at Cornell; Fall 96; Automata and Computability Theory- CS 481; Engineering Computer Networks- CS 519; Spring 96; High Performance Systems- CS 516; Final Project Report; Software Design for High Performance Architectures- CS 612;Final Project Report;Fall 95; High Capacity Information Networks- EE 546; Multimedia Systems- CS 631; Resume; PostScript (the Postscript is more recent); HTML;This page has been accessed times since Feb 1. 1996.;
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Ching-Lan Hu; Ching-Lan Hu; chinglan@cs.cornell.edu;Master of Engineering Student `96; Computer Science Department;C'est beau,Pairs!; Address:; 801 E. Seneca St. Rm#4; Ithaca, NY 14850; Telephone:; (607)256-4488; This page is still under construction...;Java Example;Graphics Project;