• RoboMind, Kojo, Snap, WeScheme, Greenfoot, eToys, Scratch project with a Variable: Feb 29, 2012,
  Writeup of CSI course (initial draft May 25, 2012)
• Older projects, Jan/Feb: Scratch polygons

2010 and previous years:

Randy Latimer, 703-750-5026, rdlatimer@fcps.edu best way to print a program:

• enscript -d115 -b" " -T3 -C yourfile
• a2ps --line-numbers=1 -T 3 yourfile.py | lpr

• Image Processing assignments, Game of Life Parallel, Mandelbrot Parallel, 3D Opengl
• aCe Parallel computing, use acecc and acerun

1. Computer Systems Research 2004-2005
   • 1st Quarter
   • 2nd Quarter: Folder check 1 (Nov), Folder check 2 (Dec)
     See Blackboard for details
   • 3rd Quarter
   • 4th Quarter
   • Sample student research papers (03-04)
   • student research papers(drafts) (04-05)

2. Introduction to Supercomputing and High Performance Computing 2004-2005
   • Slides on Parallel Programming
     • UNCC course from Wilkinson
     • NCSA Parallel Programming course
       Registration/Login
   • 1st Quarter
   • 2nd Quarter
   • Project ideas
   • MPI Intro Programs
   • MPI Links

3. AI from previous years, topics for new class

4. Computer Systems Research 2003-2004 Requirements
   • 4th Quarter Interims: 1st Period, 2nd Period, 3rd Period, 5th Period
   • Sample Project Description (tex) and (PDF) in two column form
   • Help with LaTeX
   • DUE 4th QUARTER Check your Current Grade, some good examples for 4th quarter format:
     • Andrew Baldinger's format for sample rubric method
     • Dan Kuebrich's Quarter 4 Grading (reach this through his "Logs" link)
     • Tim Chaplin's format for Quarter 4 Portfolio
     • Brian Landry's (scroll down - copied my links, simple yet effective)
     • Keith Bare Fourth Quarter Assignments
   • DUE 3rd QUARTER
   • Quarter 3 Grading - Student Progress Reports (Mar. 1)
     • Assignment 1: 3rd Quarter Plan (due Feb 9, 04),
     • Assignment 2: Technical Reading report 1 (due Feb 16, 04)
     • Assignment 3: Progress Step 1 for 3rd Quarter Plan (due Feb 23, 04),
     • Assignment 4: Log Checks: #1: Feb 6, #2: Feb 13
     • Assignment 6: Oral presentation (short) of your actual progress so far this quarter (due Feb 27, 04)
     • 3rd Quarter Grades: First Period, Second Period, Third Period, Fifth Period
   • 2nd quarter - LAST WEEK grading assignments
   • Quarter 2 Grading Rubric (500 pts)
     - Code/Analysis/Iteration Report (100 pts), Poster (100 pts), PDF poster (50 pts) - example,
     - Oral report (50 pts), Research Area (50 pts), Logs (50 pts)
     see Example Grading Model (Andrew Baldinger)
     2nd quarter grading checklist
   • Sample Project Description (tex) and (PDF) in two column form
   • "Two-column" Latex sample, (PDF)
     "One-column" Latex sample, (PDF)
   • Quiz Questions
   • First quarter grading
   • Project Titles from this year and past years
   • Student Portfolios 2003-04
   • Good examples of project development techniques (1st Quarter)
   • Research samples
   • 2001-2002 Student Abstracts
   • 2002-2003 Student Portfolios, Abstracts and categories
   • Past Project Ideas, 2000-2003

5. Introduction to Supercomputing Applications
   • Final Project Ideas
   • Interim Grades (4th quarter): 6th Period
   • Madeleine Pitsch
   • Spring 2004
   • Fall 2003
   • Drawing a Circle in OpenGL (scroll to "DrawMyStuff")
     • "Exploding" Circle!
   • Parallel MPI and OpenGL examples
     • MPE Graphics - 2D graphics in MPICH
     • mpi-julia.c, generates a julia set with portions allocated to "slave" processes. MPI version
     • mpi-basicwin.c, Mpiglut (MPI for GLUT - c version)
       This program is modeled on Jeff Grafton's mpi-julia program,
       this version generates a parabola by splitting up the computation
       among n "slaves"
   • MPI Routines
   • POV-Ray
     • Learn to use "Ray tracing" techniques for graphics realism
       --Write a POV-Ray program
       • NOTE THIS CHANGE TO THE POV-RAY command line:
         "x-povray ..." is changed to: "povray ..."
       • See Getting Started with POV-Ray
       • Animation with POV-Ray: write an animated sequence using POV-Ray
       • Try to utilize parallel programming and MPI to run an animated POV-Ray sequence of images
       • Use our Cluster: Working with the Linux Cluster POV-Ray Animation
     • Ray Tracing and the Linux Cluster - see "Using the Linux Cluster"
       CURRENTLY THE TJ CLUSTER IS UNDER CONSTRUCTION
   • Example MPI Code from UIC (GOOD - see MPI_Type_vector), for their Argo Beowulf Cluster
   • Cray SV1: Running your program
   • 2nd Quarter:
     1. MPI Parallel programming assignments:
        • Introductory MPI programs
        • MPI Labs
        • Compiling and running MPI programs, Fall 2003
        • LoginIntroduction to MPI online course
        • Tutorials from tutorials and docs from LAM MPI,
          tutorials MPICH
          • From LAM MPI
            • MPI Tutorial,
              Basic parallel computing, point to point communication, (ps)
            • MPI online course
          • From MPICH
            • Tutorial List
            • A short introduction to MPI, an overview of MPI and MPI research in the MCS division at ANL.
            • A somewhat longer introduction to MPI, with some simple examples.
     2. 3D and "Chaos" Programming in OpenGL
     3. Written Assignment #1,
     4. Written Assignment #2
     5. Running programs on the Cray SV1
     6. PThread Lab
   • SC2003 Supercomputing conference, Educational outreach for undergraduate faculty and K-12 teachers
   • Cray supercomputers

6. Mentorship Research 2003-2004 Requirements (1st Quarter), ( 2nd Quarter)
   Student portfolios:
   • 2nd quarter Grade checklist
   • Yang Hai (NRL NCARAI Navy Center for Applied Research in Artificial Intelligence) REPEATING 2ND Semester
   • Ding Shi, Virtual Technologies
   • Paul Yang, NIH
   • Cheng Zhao, NRL
   • Frank Ichel (GMU Social complexity)
   • Mentorship work

7. System Administrator work

8. Research Databases
   • Computing Research Repository" (CoRR) from ACM, (main page for CoRR)
   • NOAA Data Center
     • Sample programs
   • Economic Theory
     • Economic and Game Theory (David Levine)
     • Economic Theory of the Protected Monopoly
     • Research on economics and game theory
     • Simple Analytics of Monopoly

9. Computer Languages Course
   • TJ Course page, Spring 05
   • Comparative Languages - Va. Tech, CS 3304
     • Spring 03
     • Spring 02
     • Summer 97
   • Programming language tutorials, Fortran, Godel, Haskell, Pascal, Prolog, Scheme, SML
   • Programming Theory/Issues
     • Diagram of Programming Language types (Pasteur Institute Computing Center, Catherine Letondal)
     • What is Programming? Allen Blackwell, Univ. of Cambridge Computer Laboratory
       (Alan F. Blackwell (2002), What is programming?
       Proceedings of PPIG 2002 (Psychology of Programming Interest Group Workshop), pp 204-218.
     • Books -
       • Domain Driven Design
   • Object Oriented
     • Smalltalk
       • Running: from XTerm, "gst"
       • GNU Smalltalk User's Guide, Tutorial
       • UIUC Smalltalk Archive (Illinois at Urbana-Champaign)
       • Squeak.org, Squeak Smalltalk, Unix versions, Squeak Smalltalk Page (UC Santa Barbara)
     • Objective C
   • MetaLanguages/Functional - Lisp, Scheme, ML
   • Logic Programming - Prolog
   • Scientific Language - Fortran
   • Business - COBOL
   • Regular Expressions, scripting - Perl, Python
   • Python in K-16 (ppt)

10. Robotics
    • XS - Lisp to control RCX blocks of the Lego MindStorms Robotics Invention System (RIS)
    • LEGO 101, A Multi-Disciplinary Team Project for CS, CoE, and EE Freshmen
    • US FIRST, For Inspiration and Recognition of Science and Technology
      • FIRST Robotics competition
      • Information and Resources
      • C Programming Resource library
      • Robot Builder, C Programming, Hardware, Robot control, Introduction
      • Kevin Watson's website containing the IR program and other useful information
      • The COST for the Robot Kit

11. Collaborative and Distance Learning Opportunities with the Computer Systems Lab
    Also - Tips for working in a group (from CMU)
    
    
12. Computer Systems Lab Home Page
    • Our current lab configuration
    • TJ's Tech Labs
    • Student project titles 2003-2004, 2002-2003
    • Student project titles 2001-2002, 2000-2001, 1999-2000
    • Software/Hardware Tools available in the Compsys Lab
    • Information for Juniors Lab Selection
      • Grading/Portfolio requirements
    • prerequisite: AP Computer Science,
    • recommended at least 1 of Artificial Intelligence, Computer Architecture,
      Supercomputer Applications

13. Cray SV1: Benchmarking a Vector computer
    • Comparison chart - Keith Bare, see matrix multiplication, use of #pragma _CRI ivdep before loops,
      see chart, graph
      vectorized version :), non-vectorized :(
    • David Price benchmarks, "longlist.cpp" - 100000 int array, :)
    • Evan Danaher, pluralComp.c and times :(
    • Laplace C and Fortran versions
      • Laplace Code (Scalar) in Fortran, Laplace "vectorized" version (optimized for Cray)
      • laplace-cache.c, laplace-cacheCray.c (Cray version - same as Workstation version)
      • laplace-vector.c, laplace-vectorCray.c (Cray version - same as Workstation version)
      • laplace-cache.f, laplace-cacheCray.f (Cray version - use "f90" to compile)
      • laplace-vect.f, laplace-vectCray.f (Cray version - use "f90" to compile)
      • Laplace Benchmarking Results for the Cray and Workstations
    • Slides from Ohio Supercomputer Center
      • Features of the SV1 at OSC (Jim Guiliani), HTML slides
      • Code performance analysis:
        Vector Loop, Laplace Equation Solver, Non-linear Wave Equation Solver
      • Cray SV1 Architecture
    • Running programs on the Cray SV1
    • Information on Vector Architectures
    • Programs to calculate PI
      • calculatePi.c, and calculatePiCray.c (Cray version - same as workstation)
      • calPiMPI.c (Cray and workstation versions are the same)
      • Description of PI Calculation using the arctan series.
      • PI Benchmarking Results for the Cray and Workstations
    • Math Libraries for SV1, comparison from JPL

14. Marine Advanced Technology Center Underwater robot competition

15. C and C++ resources
    • Dynamically declared multidimensional arrays in C
    • CPrimer from CMU
    • C Library reference guide
    • Learn C/C++ list of tutorials
    • For Pi use "M_PI" and include math.h
    • When using math functions link to the math library: "gcc -o file file.c -lm"
    • Random numbers
    • C input/output sample program
    • Sin and M_PI sample
    • Strings and namespace example in C++
    • Generating random numbers (C), and (CPP)
    • Trajectory .c and .cpp starter programs
    • Trajectory Output to file (CPP) version, C version
    • Trajectory Bounce in x direction (changes direction when x > 25)
    • Using GnuPlot: trajPlot.cpp, 2D screenshot, 3D screenshot

16. Getting Started with OpenGL
    • Lgcc script (C) (don't forget to "chmod 755 Lgcc" to make this executable)
    • Lg++ script (C++) (don't forget to "chmod 755 Lg++" to make this executable)
    • Windows OpenGL
    • OpenGL Tutorial, data types, 2D, 3D programming etc
    • A Great tutorial from Fran Soddell, Australia (if this won't link, try local version)
    • Nate Robbin's interactive tutorials (see link for "tar" file
    • Starter Tutorial explaining basic opengl routines (source code is missing unfortunately)
    • OpenGL "Red Book" (our text) and Programs from the text
      • More Example Source Code from Opengl.org
      • Large list of sample programs from OpenGL
    • Basic starter programs
      • "Commented version" of basicwindow.c
      • basicwindow.c, using text, and using mouse and keyboard routines
      • 2D simple animation: Animated parabola and squares
      • 3D simple animation + Adding a menu
    • API's:
      • GLUT API by Mark Kilgard
      • GLUT API Definitions (from opengl.org)
      • GL and GLU Functions (from opengl.org) - GL functions, GLU functions
    • List of colours and RGB values
    • Handy mathematics Facts for Graphics - includes an approximation of PI to 35 decimal points.
    • Helpful OpenGL Online Resource Links

17. Fortran Resources
    • Fortran Documentation (Sun WorkShop Compiler Fortran documentation)
    • Fortran 77 tutorial
    • Fortran Language Reference Manual Vol. 1 for the Cray SV1
    • Fortran Language Reference Manual Vol. 2 for the Cray SV1
    • Fortran Language Reference Manual Vol. 3 for the Cray SV1
    • Computational Physics Fortran 77 programs
    • FORTRAN 77 Workshop, Beth Hall (see Powerpoint slides for individual topics)

18. OpenMP
    • Tutorial (Livermore Computing)
    • OpenMP Tutorial (High Performance Computing Facility at Lawrence Berkeley National Laboratory)
    • OpenMP

19. MPI and Parallel Programming
    • Example Code from UIC (GOOD - see MPI_Type_vector), for their Argo Beowulf Cluster
    • MPI Installation guide (MPICH)
    • MPIRUN usage (MPICH) and compiling and linking from mpich
    • MPI Documentation, MPI-2 Documentation (includes Mpi 1.2)
    • Running MPI and PVM on the Cray SV1,
      Running MPI on the Computer Systems Lab network ("element" and "transformer" computers)
    • Syntax of MPI calls - Index for the Message Passing Interface Standard
    • MPI home page
    • Intermediate Level Parallel Programming Applications
    • Computational Modeling
    • Vector Architectures and Optimization for the Cray SV1
    • Using Graphics in MPI: the MPE Graphics Library for MPI

20. PVM (PARALLEL PROGRAMMING):
    • PVM Starter Page HERE
    • PVM Manual/Text Online
    • PVM Commands and Library Calls Online
    • PVM Algorithms

21. Assembly programming/SPIM
    • Introduction to RISC Assembly Language Programming (John Waldron, Dublin)
    • SPIM MIPS Simulator (Univ. Wisc.)
    • SPIM documentation (pdf)
    • Spim tutorial (U Md)

22. Debian Documentations Menu - from MIT
    • Gnumeric's user manual
      The user manual for the GNOME spreadsheet. This manual covers the concepts and use of Gnumeric, the GNOME desktop environment's spreadsheet, including the formulas, the Gnumeric Solver and data analyis tools.
    • Gnuplot Documentation
      This documentation describes the gnuplot plotting system
    • OpenDX HTML Manual
      This manual describes OpenDX operation
    • Surface Evolver Documentation
      The Surface Evolver is an interactive program for the study of surfaces shaped by surface tension and other energies, and subject to various constraints.
    • GTK+ Tutorial
    • MPI, MPICH, MPE (Graphics) resources
    • Linux manual
    • GNU C library reference manual
    • xv manual

23. Internet2 + Megaconference and Megaconference Jr
    Megaconference Jr article in ENews
    • Megaconference "tapes"
      • Megaconference_V_session1_part_1-768k
        Go to Music Grid Virtual Community approx. 1/3 way, incl. violin lessons
        Canada
        Music Grid, Canada
      • Megaconference_V_session1_part_2-768k
        Mini Concerts, Penn recorder ensemble (more than 3/4 way), singer, vibes + double bass
      • Megaconference_V_session3_part_2-768k
        Didgeridoo performance (Austr), "Mega Choir" group singing from different sites
    • Music Grid, Canada
    • PELEgroup.netPartnership for Emerging Learning Environments
      past projects, resources/papers
    • Internet2 showcases
    • Learning Net - St. Clair County, Michigan, also see current projects, Susan Rutkofske
    • Imagining the Future titles (2002),
      - Mr. Hyatt's supercomp page with Imagining the Future projects
      - I2 and k-12 apps
      - collaborative I2 and High Performance ideas, Imag. the Future projects
    • I2 Applications at various Universities, SUPERCOMPUTER LINKS
      more Internet2 links

24. Parallel and High Performance Computing
    • "Big Mac" Terascale cluster at Va. Tech
    • Top 500 list of clusters/supercomputers, June 2003 list
    • LINPACK
    • Cray supercomputers
    • Lawrence Livermore Training Materials
      • Parallel Computing
      • POSIX Threads
      • Message Passing Interface
      • MPI Performance
      • Performance Analysis Tools
      • Scientific Python
    • Load balancing for distributed Pov-Ray (from Paul Bourke, see below)
    • Introduction to Computer Systems, CMU School of Computer Science
      Program Optimization (ppt)

25. Computer Graphics, POV-Ray and Ray Tracing
    • Magic Software Source code library - Source code for Computer Graphics, Image Analyis, Numerical Methods)
    • Flipcode development tutorials
    • Virtual Terrain Project
      creation of tools for easily constructing any part of the real world in interactive, 3D digital form.
    • Paul Bourke's POV-Ray page
      • Mars in detail, Pov-Ray and "MOLA" data
    • Renderman + other links
      • Pixie Opensource Renderman
      • Demise of BMRT
      • BMRT tutorial, PDF doc from Larry Gritz
      • Getting Started BMRT Renderman
      • Blue Moon Rendering Tools
      • BMRT download from XLuna
      • Working with BMRT

26. Computer Modeling and Simulations
    • Modeling Packages available in the Computer Systems Lab
    • Mason from GMU and
      EC Lab - Evolutionary Computation Lab
    • Center for Social Complexity, GMU
      • Computational Analysis of Social Complexity
    • Robert Axtell and Ascape
      • Artificial Societies article (Atlantic)
      • Sugarscape
      • Growing Artifical Societies
        sugarscape java source files
      • Coordination in Transient Social Networks: An Agent-Based Computational Model
      • Non-Cooperative Dynamics of Multi-Agent Teams
    • A-Life/Schelling Algorithm
    • NetLogo from Northwestern U.
      • Brians Brain example cellular automata
      • Sample models
      • NetLogo User manual
      • Models library
      • NetLogo user community models
      • Center for Connected Learning and Computer Based Modeling, Northwestern Univ.
      • Research agent-based modeling course, Mesa State Univ.
      • Modeling Nature\x{2019}s Emergent Patterns with Multi-agent Languages by Wilensky, Northwestern U,
        Emergent Entities and Emergent Processes: Constructing Emergence through Multi-Agent Programming
    • Starlogo simulation language,
      • Exploring decentralized systems with Starlogo (Epistemology and Learning Group MIT Media Lab)
      • Starlogo Documentation
      • Sample projects
        - Biology, Cellular Automata, Games, Graphics, Mathematics, Physics, Social Systems
    • Breve 3D environment for simulation of artificial life/decentralized systems
      • Running a program
        ( .bin/breve ./demos/DemoDir/file.tz)
      • Documentation
    • Resources from gamedev.net:
      • Simulating Water
      • Math and Physics, including Fast Fourier Transforms (FFTs)
      • AI Apps
    • Terragen, photorealistic scenery rendering from Planetside
      Note for project ideas: see "suggestion" to port to linux
    
    
27. Computer Vision and Image Processing
    • Image Processing Learning Resources - HIPR2
    • KUIM Image Processing system, (from Univ. of Kansas)
      • Documentation list
      • Image access, Geometric operations, Noise reduction, Edge detection, etc.
    • "Sussex Computer Vision Teach Files
    • CMU Computer Vision Homepage
    • Test image databases
    • Computer Vision Online
    • Source code library (Magic Software - Source code for Computer Graphics, Image Analyis, Numerical Methods)
    • Image Analysis code (from Magic Software)
    • Interpolation code" (Magic Software)
    • Image Representation and Display
    • PGM File Format Explained
    • Sample worksheets
      • Edge detection
      • Binary Images and Detecting Connected Components
      • More on edge detection

28. Cryptography
    • Cryptography and Computer Network-Security, ECE 646 at GMU
    • Handbook of Applied Cryptography + sample pdf versions
    • Cryptography courses at various universities
    • Applied Cryptography, Schneier
    • MCrypt (we have this installed)
    • Encryption and Security tutorials
    • Crypto links from Simon Singh.net
    • Cryptography tutorials
    • SSH.com (the company) (we use openssh)
    • Cryptography tutorial and intro
    • Crytography code
    • Mersenne Prime search (prime numbers are used RSA)
    • Cryptography
    • RSA Labs, invented RSA

29. Sound and Computer Music
    • cSound
      • Csound Manual, Alternative Csound manual
      • Tutorials, more tutorials
      • CSound book + supplements
      • Csound Music
      • Ambient music (blue cube)
    • CCRMA Center for Computer Research in Music and Acoustics (Stanford)
      Software, courses:
      • Fundamentals of Computer-Generated Sound
      • Intro to Digital Audio Signal Processing
      • Signal Processing in Musical Acoustics
    • David Temerley, Eastman School, The Cognition of Basic Musical Structures, The Melisma Music Analyzer
    • www.harmony-central.com/Computer/
    • www.cs.ruu.nl/pub/MIDI/DOC/bibliography.html
    • http://darkwing.uoregon.edu/~dlo/list.html
    • www.indiana.edu/~emusic/
    • Algorithmic composition/genetic composition
      • Bruce Jacob: algorithmic composition
      • Bruce Jacob: UMD site
    • Genetic composition: Gen Jam, genetic jam
    • Software implementation in Matlab or Octave
    • Introduction to Digital Filters
    • linux-sound.org
    • CSound Manual
    • CSound resources
    • L-Systems, fractals and music generation (Fran Soddell - Australia)
    • JMusic - composition using Java
      JMusic home page, tutorial
    
    
30. Astronomy/Computational Science Applications
    • Stardate.org (Univ. of Texas, McDonald Observatory)
    • Download Martian Data ap103011.b (5 MB), pedr2tab.f, pedr2tab.prm, mola.lbl
    • ASTR 530/CSI 661 (GMU Fall 03) HW1
      (GnuPlot)
      From within gnuplot: plot "filename" using 1:3 (plots the 1st and third columns
      note: the actual version needs to plot y values with larger values at the bottom
      Gnuplot tutorials: U of Northern Iowa, Duke
    • Open Source Computer Codes from Piet Hut, Princeton Institute for Advanced Study
      • The Art of Computational Science, HTML
        Universe in a Computer
        Exploring n-Body Algorithms
      • Manybody.org
      • Hermite Code - starter for N-Body simulation
    • Watch out for SOLAR FLARES!
    
    
31. High Performance Computing projects at Pittsburgh Supercomputing Center
    • Feature Index
    • "Strange Flavor of Quarks"
    • Complete list of Projects in Scientific Computing

32. Datamining
    • Mining Sequential Patterns with Regular Expression Constraints - abstract
    • Data Mining with Regular Expressions - Linux magazine, Perl
    • Mining sequential patterns with regular expression constraints, pdf paper
    • Regular Expression Mining And its Information Quality Applications, ppt,
      see slides 2-5 reg expr for email addresses, 7 and 9 - representing reg expr,
      13 - finding errors in training sets, 17 and 18 - document "names" and money amounts
      19 - email addr.
    • Balzac Text Data Mining, Python programs

33. Mr. Hyatt's helpful resources
    • Basic UNIX Skills:
      Commands, On-line Help (man pages), File Access, Editing, Compiling, UNIX Scripts
      
    • Web Page Skills: Basic HTML, Making a Web Page, PHP and Perl, MySQL and Databases
      
    • Graphics Files: File Formats (PPM, PGM, Targa, Gif, Jpeg), Graphics Manipulation using xv, the Gimp
      
    • Network and Internet Skills:PHP and Perl
      
    • Parallel Computing: Parallel Virtual Machine (PVM), Algorithm Design
      
    • Introduction to Ray Tracing: Using POV-Ray (Persistence of Vision Ray Tracer) Ray Tracing and Animation
    • Introduction to Computational Science and Computer Simulation Techniques Getting Started with Supercomputing,
      Scientific Visualization Strategies, Trajectory Simulation:
      Prototype Development, Model Validation, Graphics Visualization, Supercomputer Assistance
      Gypsy Moth Simulation: Biological Model, Finite State Automaton Techniques
      Random Walk: Discrete Limited Aggregation Model of Crystal Growth
    • Unix sockets, network skills
    
    

34. Links for Teacher Resources - Parallel Programming

35. INTEL SCIENCE TALENT SEARCH
    • Intel Talent Search main page
      • Writing Your Research Report
        Sample winner (pdf)
      • Information for students
      • Talent Search Facts and Instructions (pdf)
    • Intel International Science and Engineering Fair main page
      • Students planning a research project or entering a fair
      • The Scientific Method
      • Science project Primer
      • Judging Guidelines What do the judges look for when evaluating your project
      • About Research Projects

36. WEB CT Online Courses:
    - Introduction to Parallel Computing and Parallel Computing Explained
    - Multilevel Parallel Programming
    - Introduction and Intermediate MPI
    - OpenMP
    - Introduction to Visualization
    - Registering as a TJHSST student

37. Resources:
    • Bridge Conventions algorithms for bridge bidding
      • Micro Bridge algorithms
      • Blue Chip Bridge
      • Bridge playing programs - a review
      • Bridge computers play world champion
      • Ginsberg AI in bridge
    • Lisp Resources
    • JAVA Resources:
      • Java Tutorialfrom Sun
      • Custom Networking with Java, Overview of Networking, Sockets, Working with URLs, Datagrams
    • Using Sockets (in C)Introductory Program
    • Python Robotics - "PyRo"
    • Online Resource on GUI Design: User Interface Design for Programmers by Joel Spolsky
      Also see: HCI/CHI - Computer/Human Interaction
    • C and C++ Tutorials and Help
    • Java Sample Programs
    • Python OpenGL (PyOpenGL) Sample Programs
    • Internet2 and Supercomputing Apps Links
    • Mr. Leaf's Program Management Guidelines
    
    
38. Geometry Links
    
    
39. More Links:
    • Valerie Bostwick's Mentorship Project at DIT, Permanent Online version
    • NCSSSMST Conference Slides

40. For AI: swap.lsp

41. Stories: Nack Neroy (pdf)
    Latex help1, Getting started
42. Great Theoretical Ideas in CS (CMU)
43. ASUS Athlon
    • RAM for this
    • CPU fan
    • Hard drive
    • Graphics card
    • Case/pwr supply
    • Optical drive
    • Floppy drive
    • Soundblaster Live