Graph-COM/Text-Attributed-Graphs huggingface dataset:
Page type: student

Welcome to Wei Zhang's Home Page; I'm a first year graduate student of CS Department. My hometown is Shanghai, People's Republic of China.;Education:;1996-????(?) MS/Ph.D. student in Department of Computer Science, University of Wisconsin,Madison.;1990-1994 BS (NOT the other BS) of Computer Science, San Jose State University, San Jose, California;1988-1989 Department of Computer Science and Technology, Tsinghua University, Beijing, People's Republic of China;Email: weiz@cs.wisc.edu;Working Experience;Contractor 01/1996 - 08/1996;Developing various information management system on different platforms.;The platforms included WindowsNT, Solaris and HP-UX.;Technologies used included OLE, Tuxedo and Pathway RSC.;Software Designer, Tandem Computers Corporation 06/95 - 12/95;Software Engineer, Sherpa Corporation 07/93 - 05/95;System Operator, NASA AMES Research Center 01/93 - 12/93;Hobbies;Ma Jiang;Bridge, the card game;Table Tennis (Not Pingpong);Jogging;The Ultimate Challenge;Solve the Mine-Sweeper expert level puzzle within 60 seconds, WITHOUT cheating.;Quote of the Day;The best memory management is no memory management.;Ackowledgement;This home page is written using the framework provided by Qi Jin.;
Page type: staff

Kent Wenger's Home Page; Welcome to Kent Wenger's home page!;Note: this page is definitely still under construction, so be prepared;for some potholes!;(I need to get a picture of myself scanned in to put here...);R. Kent Wenger;Associate Researcher;Computer Sciences Department;University of Wisconsin;1210 West Dayton Street;Madison, WI 53706-1685;telephone: 608/262-6623;fax: 608/262-9777;email: wenger@cs.wisc.edu;Finger me.;Work;The main projects I'm working on are;COD (Clusters of Data providers) and;DEVise (Data Exploration and;Visualization). Coming up with a good acronym is one of the most important;parts of a project, wouldn't you agree?;Here's a visualization;produced by the DEVise software.;The people I work for:;Yannis Ioannidis; Miron Livny;Raghu Ramakrishnan;More information about the University of Wisconsin:;UW-Madison DBMS Research Group;UW-Madison Computer Sciences home page;WiscINFO (UW-Madison home page);Personal;Links;Images;Last updated Nov. 15, 1996.;
Page type: project

Wisconsin Wind Tunnel Project Home Page;Wisconsin Wind Tunnel Project;Most future massively-parallel computers will be built from;workstation-like nodes and programmed in high-level parallel;languages--like HPF--that support a shared address space in which;processes uniformly reference data.;The Wisconsin Wind Tunnel (WWT) Project seeks to develop a consensus about;the middle-level interface--below languages and compilers and above;system software and hardware. Our first proposed interface was;Cooperative Shared Memory, which is an evolutionary extension to;conventional shared-memory software and hardware. Recently, we have;been working on a more revolutionary interface called;Tempest.;Tempest provides the mechanisms that allow programmers, compilers, and;program libraries to implement and use message passing, transparent;shared memory, and hybrid combinations of the two. We are developing;implementations of Tempest on a Thinking Machines CM-5, a cluster of;workstations (Wisconsin;COW), and a hypothetical hardware platform. One approach on COW;uses bus snooping logic, implemented with;FPGAs and SRAM.;We are collaborating;with the;Wisconsin Paradyn Project to adapt their performance tools to Tempest.; Overview;and Annotated Bibliography; Slides from an Overview Talk (November 1995);with one slide per page;or four slides per page; Complete Technical Papers; Contributors; Funding Sources; Origin of Project Name; Wisconsin Week Article on WWT & Paradyn; Related Projects;;Wisconsin CS's Computer Architecture Group; Computer Sciences Department;at the University of Wisconsin;;World-Wide Computer Architecture Information; Last Updated: 6 July 1995 by Mark D. Hill (markhill@cs.wisc.edu);
Page type: student

Yihong's Home Page; ZHAO YIHONG (zhao@cs.wisc.edu);Research Assistant;Department of Computer Sciences;University of Wisconsin - Madison;1210 West Dayton Street;Madison, WI 53706 USA; Adviser Prof. Jeff Naughton;Research Interests; Parallel Object-relational DBMS; On-line Analytical Processing (OLAP); Data Mining on Financial data; DBMS Benchmark;Education;B.S. University of North Carolina at Chapel Hill;M.S. UW-Madison Fall 1994;Research Related Sites;;Wiscosin DB Group; ACM SIGMOD; IBM Data Mining; U of Maryland Data;Mining; MicroStrategy's ROLAP; Arbor's MOLAP;Stocks and Financial Sites; Lombard Graph Server; PathFinder Server; Kiwi Club Server; CNN FN;Daily News Sites; PATHFINDER; USA Today; CNN FN; Money Daily; Chinese; Taiwan News;Web Search Engines; The Lycos 250; Excite.com; Yahoo; DEC; Surfing the Web;.1;.3;.5;.7;.9; -|-; terse; std; detail; Comments?; PGMOS;
Page type: student

Zhichen Xu's Home Page; ZHICHEN XU;Department of Computer Sciences;1210 W. Dayton St. #5388;Madison, WI 53706;Office phone: (608) 262-2542;Research Assistant;Advisors:;Professor James R. Larus;Professor Barton P. Miller;Award;Best Paper Award 9th ACM International Conference on Supercomputing,;ACM Press, July, 1995.;My research interest is in the area of;programming languages and performance issues in parallel and;distributed systems.;Recently, I have been studying techniques to detect and eliminate;performance bottlenecks in Distributed Shared-Memory Systems.;I have combined the; Paradyn Performance Tool;with Blizzard of the Wisconsin;Wind Tunnel on both the Thinking Machine CM-5 and;the Cluster of Workstations (COW).; Recent Publications;Fields of Interest;Programming languages.;Environments and Tools for Parallel;and Distributed Computing.;Network Computing .;Parallel and Distributed Operating System .;Computer Architecture;Performance Evaluation and Benchmarks;Places where I have studied and worked:;;High Performance Computing and Software Laboratory at;the University of Texas at San Antonio,;where I have studied and published in the area of;parallel performance predictions, modeling and simulations.; Computer Sciences Department;at Fudan University,;where I have participated in several National key projects of P.R. China,;in the area of software development environment, very high-level;programming languages, and object-oriented technologies, and;imcremental compilation techniques.;Click here for a postscript version of my cv,;and here is a HTML version.; Interesting links; Asplos7 program;Journals;Conferences;Compilers;\ Programming Language Research;Chinese Novels;;Friends from Fudan;;Java API;
Page type: course

ECE/CS 752 Spring 1996;ECE/CS 752: Advanced Computer Architecture I;Spring 1996 Offering;; Course Information; Instructor: Prof. James E. Smith;Office: 4621 Engineering Hall;Office hours: 2:30-3:30PM, Tues. and Thurs.;Office phone: 265-5737;Email: jes@ece.wisc.edu; TA: Dan Prince;Office: 3614 Engineering Hall;Office hours: 2:00-3:00PM Wed; 1:00-2:00PM Fri;Office phone: 265-3825;E-mail address: princed@cae.wisc.edu; Table of Contents; News; Readings; Lecture Notes; Homeworks; Project; Miscellaneous;News; Homework 5 solns 5/10; Special Office hours: 10-11:30AM Fri. May 10; FINAL EXAM: Rm 132 Biochemistry, Sun. May 12, 12:25 PM;Readings;; Readings 1 Table of Contents (get full papers from DoIT);; Readings 2 Table of Contents (get full papers from DoIT);; Readings 3 Table of Contents (get full papers from DoIT);; Readings 4 Table of Contents (get full papers from DoIT); Lecture Notes;; Course Overview and Introduction to Computer Architecture;; Performance and Cost;; Instruction Sets;; Pipelining;; Advanced Pipelining, part 1;; Advanced Pipelining, part 2;; Vectors and VLIW;; ILP limits and software;; Cache Memories;; Advanced Caches;; Advanced Caches (BIG);; Main Memory;; Main Memory (BIG);; I/O systems;; Disk arrays;; I/O and disk arrays (BIG);; Interconnect technology;; Interconnect technology (BIG);; ATM networks;; ATM networks (BIG);; Multiprocessors part 1;; Multiprocessors part 1 (BIG);; Multiprocessors part 2;; Multiprocessors part 2 (BIG);Homeworks;; Homework 1 assignment;; Homework 1 solution;; Homework 2 assignment;; Homework 2 solution;; Homework 3 assignment;; Note on Homework 3;; Homework 3 solution;; Homework 4 assignment;; Homework 4 solution;; Homework 5 assignment;; Homework 5 solution;Project;; Project Assignment;; Trace information;; Project list;Miscellaneous;; Some useful tools for projects;; Review for Midterm;; Midterm Exam from 1995;; SPECmarks Considered Harmful;; An Analysis of Pipeline Clocking;; Detailed Design of Reservation Station;; 757 lecture: Network Routing;; 757 lecture: Network Routing (BIG);; Cache Summary;; Final Exam from 1995;
Page type: faculty

Saluja, Kewal K.;College of EngineeringUniversity of Wisconsin - Madison;Kewal K. Saluja;Professor;4611 Engineering Hall;1415 Engineering Drive;Madison, WI 53706;Tel: 608-262-6490;Fax:;E-mail: saluja@engr.wisc.edu;Portrait: 9K JPG;Departments;Electrical and Computer Engineering;Computer Science;Education;PhD 1973, University of Iowa;;Research Interests;design for testability, computer architecture, data compression, integrated circuits (VLSI), fault-tolerant computing;;My general area of research interest is test generation and testable;and reliable design of digital systems. To carry out research in this;area we make extensive use of VLSI CAD and analysis tools. The;research involves modeling of faults, designing digital circuits, test;generation, design modification for enhancing testability, built-in;self-testing designs, fabrication of circuits and test application.;;We are investigating techniques to make the test generation and;fault simulation process efficient for both combinational and;sequential circuits. Data compression and compaction methods;applicable in design for testability and built-in self-test;environment are being investigated.;;In the area of built-in self-test we are concentrating on regular;structures such as programmable logic arrays and RAMs. We are;investigating self-test algorithms which can be implemented in;hardware with little performance and area penalty. In another project;we are investigating ways to use built-in self-test hardware to test a;system while it is performing its normal operation. The goal is that;the system is tested continuously as it operates with little or no;impact on system performance.;;Much of our work is performed using facilities of the VLSI digital;system laboratory. The laboratory houses a number of SUN stations with;color monitors and terminals for programming and design.;[ UW | COE | Depts | Centers | Consortia | Services | Fountain ];[ Index | Search | Mail | What's New | Credits | Help ];Last Modified: Friday, 03-May-96 16:26:43 CDT;This page is best viewed by browsers that support TABLES.;All photographs © 1996 College of Engineering.;Address comments to webmaster@engr.wisc.edu;Update Profile;
Page type: faculty

Duffie, Neil A.;College of EngineeringUniversity of Wisconsin - Madison;Neil A. Duffie;Professor;407 Engineering Research Building;1500 Engineering Drive;Madison, WI 53706;Tel: 608-262-9457;Fax: 608-262-9458;E-mail: duffie@engr.wisc.edu;Portrait: 45K JPG;Departments;Mechanical Engineering;Education;BS, 1972, University of Wisconsin-Madison;MS, 1974, University of Wisconsin-Madison;PhD, 1980, University of Wisconsin-Madison;Research Interests;robotics, computer control, manufacturing systems, precision engr., computer-integrated manufacturing, micromechanisms;Centers and Consortia;Manufacturing Systems Engineering Program;Wisconsin Center for Space Automation and Robotics;Professor Duffie's research in manufacturing systems involves integrating;sensors, actuators, computers and data bases into advanced automated;production systems. He has developed controls for self-guided inspection;machines and welding robots, high-performance material handling systems,;and automated finishing systems for mold and die production and rework. He;is studying highly distributed, non-hierarchical system control architectures;in hope of reducing cost and complexity in large-scale, computer-controlled;manufacturing systems while increasing flexibility and fault tolerance.;Duffie has constructed several experimental manufacturing systems;that incorporate real-time, fully distributed scheduling and optimization;into their control systems. He is developing theories explaining the properties;and performance of these systems.;Duffie is associate director of the;Wisconsin Center for Space Automation and Robotics. Research at the NASA-funded;center emphasizes automated agriculture systems, sensors for tactile feedback; to human operators in telerobotic systems, and methods for performance;evaluation, as well as human factors research in sensory feedback and fatigue.;He has developed a telerobotics test bed in which experimental work is;carried out.;Duffie works closely with manufacturing and aerospace industries and teaches;courses on manufacturing systems, automatic controls and computer controls.;He co-authored Computer Control of Machines and Processes.;[ UW | COE | Depts | Centers | Consortia | Services | Fountain ];[ Index | Search | Mail | What's New | Credits | Help ];Last Modified: Tuesday, 08-Oct-96 09:53:37 CDT;This page is best viewed by browsers that support TABLES.;All photographs © 1996 College of Engineering.;Address comments to webmaster@engr.wisc.edu;Update Profile;