Department of Electrical and Computer Engineering
                                    Spring 2008
            14:332:476 Virtual Reality
16:332:571 Virtual Reality Technology
                               (last updated May 16, 2008)
  For 14:332:478 VR Laboratory click HERE    For Sakai click HERE
Prerequisites:  None
Registration Requirements Students registered only for 476 and not for 478  will be deregistered
Students registered only for 478 and not for 476  will be deregistered 
Co-requisites: None
Textbook:
Lab Book
Burdea and Coiffet, Virtual Reality Technology, 2nd Edition, Wiley, 2003.
On book CD
Class Schedule: Tuesday and Thursday 1:40 pm -3:00 pm, CoRE 538
Lab Schedule Labs  in CoRE 535  Section 1 W 5:00- 8:00 pm,
                                  Section 2 TH 3:20 - 6:20 pm
Lab submission page: http://hercules.rutgers.edu/vrclass/cgi-bin/handin.pl
Instructor: Dr. Grigore (Greg) Burdea, ECE Dept., Core 721, burdea@caip.rutgers.edu,
tel. 732-445-5309.  Office Hours:  Tu, Th, 3:30-4:30 pm
TA and Lab Assistant: Ms. Meghan Huber
CoRE 719 mehuber@caip.rutgers.edu   mhuber@eden.rutgers.edu

 Course Syllabus (PPT class notes updated after lecture)
 
Week of (1/21) Introduction;  Virtual Reality Input Devices
Week of (1/28) Virtual Reality Input Devices;   Quiz 1 solutions
Week of (2/4) Virtual Reality Output Devices;
Week of (2/11) Virtual Reality Output Devices; Quiz 2 solutions
Week of (2/18) Computing Architectures for VR;  
Week of (2/25) Computing Architectures for VR; 
Week of (3/3) ModelingQuiz 3 solutions
Week of (3/10) Modeling and Review session  Extra reading
Week of (3/17) Spring break - No classes
Week of (3/24) Programming in VR      Midterm solutions
Week of (3/31) Programming in VR, Human Factors   Quiz 4 solutions
Week of (4/7)  Human factors 
Week of (4/14) Traditional Applications  Quiz 5 solutions
Week of (4/21) Traditional Applications;  Quiz 6 solutions
Week of (4/28) Emmerging Applications, Review session Sample Final
Final
Final Solutions                         Grading Curve

Grading Criteria for 476
Class
Quizzes: 10%
Midterm: 45% Final: 45% (Closed book)
Grading Criteria for 478
Lab
Simulation Project: 100% of Lab grade (1/2 for labs, 1/2 for Final Project)
Prizes: TBA.
Grading Criteria for 571
Class
Quizzes: 10%
Midterm: 30% Final: 30% (Closed book)
Lab:  30%

For Sakai click HERE

BEST FINAL PROJECTS in 2006. 
Ranking Project Title  Students
1  (BEST SIMULATION) House simulator
Gollamudi, Raviteja and Manaois, Shaun
Ski 3D
Mariano, Matthew and Blevins, Matthew
Virtual Raceway Hawalka, Shawn

BEST FINAL PROJECTS in 2005. 
Ranking Project Title  Students
1  (BEST SIMULATION) Alpha Ori Space Station
Morrow, Kira
3D Local File Navigation
Cornea, Nicu and You, Ju Hyun
2 (tie)
Infinite Townscape
Fensterheim, Devin
Bar and Billiards
Neubauer, Michael and Tokayer, Jason

BEST FINAL PROJECTS in 2003. 
Ranking Project Title  Students
1  (BEST SIMULATION) Castle Bhoot, Samrat and Yamin, Sheshin
Virtual Helicopter Simulation Aleksic, Goran
SERC Reading Room Kotecha, Chintan

 
BEST FINAL PROJECTS in 2002. 
Ranking Project Title  Students
1  (BEST SIMULATION) A Virtual Antarctica Erickson, Karen
Firework at the groundstand  Clarke, Patrick 
Virtual Solar System Lewis, Jeffrey 
3 Virtual Piano Chiarulli, Nicholas 
4 Virtual Mall  Baez, Kelvin and 
Gonzalez, Martza 

 
BEST FINAL PROJECTS in 2001. 
Ranking Project Title  Students
1  (BEST SIMULATION) House ChiWei Yung
Spooky Temple Alexander C. Wu 
Virtual Suite Jonathan Chain and Daniel P. Lee 
Amusement Park Jeffrey Dwoskin 
Sand Box  Daneyand Singley 
6 Small Town  James Tuozzo


Info kiosk
Conferences: IEEE VR 2004 (www.vr2004.org); IEEE VR 2005 (www.vr2005.org);
IEEE VR 2006 (www.vr2006.org)

                       IWVR 2003-2005 (www.iwvr.org)

VRML On-line Reference Books
The Annotated VRML2.0 Reference Manual
VRML97-ISO/IEC14772-1:1997
 

  • VR Lab/Recitation Page
  • Lab submission page http://hercules.rutgers.edu/vrclass/cgi-bin/handin.pl
  • VRML REPOSITORY AT VRLAB
      
    Computer usage
    Use of Toolkit package - VRML.

    ABET Category content
    Engineering Science: 2.0 credits; Enginering Design: 1.0 credit