M.I.N.D. Lab

 


 

Presence

  Teleportal Systems
  1998-2001

  Mobile InfoSpaces
  Teleportal Systems
  Technology, Body, and the Extended Mind
  Culture, Media & Mind
  Creative Computing
  Experiential E-commerce
  Scientific Visualization
 

 

FUNDING

National Science Foundation

National Institutes of Health

Stricom

MSU Foundation

Ameritech Endowment


CURRENT STUDIES

The Internet 2 testbed has been implemented and tested encoding MPEG 2 video streams at 3 Mbps and decoding video streams at 4 Mbps between Michigan State and our research partner lab at University of Central Florida.

Test testbed for reliability and performance for sharing of stereo video signals from head-worm, stereo cameras, displays and 3D volumetric datasets.

PROJECT TEAM

Faculty: Frank Biocca

Research Associates: Jannick Rolland (U. Central Florida)

Project Coordinator: Geraud Plantegenest.

Graduate Students: Geraud Plantegenest,  Chandan Reddy

 

Internet2 Testbed

PROJECT GOALS

• To implement and test Internet2 connections capable of transmitting full broadcast quality video streams using MPEG2 video encoding and decoding technology between remote collaborative sites.

• To establish a 24 hours live, continuous, stereo-feed between the M.I.N.D lab at Michigan State University and other remote research sites.

• To support network-based applications that require the sharing of stereo video signal from head-worm, stereo cameras and displays.


DESCRIPTION

The Internet2 testbed is an important component of the Teleportal Project. It serves as the communication channel that networks in real time the Teleportal Rooms between the MSU M.I.N.D Lab and remote sites making it possible for users of the system to share information.

The internet2 testbed aims to support real time remote collaboration by allowing the sharing of bi-directional video streams capable of carrying volumetric medical, engineering, and scientific data.

Some of the hardware components being used in the Internet2 testbed are:

Amnis Network Attached video Transmitters and Receivers. These devices can be reconfigured to support different encoding and decoding bit rates:


Encoder
MPEG –1 : 56 kbps to 5 Mbps
MPEG- 2: 2 to 12 Mbps - High Quality
MPEG –2 : 2.1 to 4Mbps - Ultra Low Latency

Decoder
MPEG -1: 56 kbps to 4 Mbps
MPEG- 2: 2 to 8 Mbps - High Quality
MPEG –2: 2 to 4 Mbps - Ultra Low Latency

These devices are networked at the MSU M.I.N.D Lab and connect to remote sites by using a Cysco Catalyst 1900-10 Base-T switch and a Foundry Switch FastIron Workgroup Swithc-100 BaseT.

Video stream traffic to and from MSU M.I.N.D Lab is routed thru the Michnet Merit backbone network using an Abilene connection of 622 Mbps (OC12c)

2002 - 2003

Frank Biocca, Jannick Rolland, Geraud Plantegenest, Chad Harms, Chandan Reddy, Charles Owen, Weimin Mou, , Arthur Tang. " Approaches to the Design and Measurement of Social and Information Awareness in Augmented Reality Systems." (Invited Paper), Proceedings of 10th International Conference on Human-Computer Interaction, Crete, Greece, June 22-27, 2003. 


 





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