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Teleobservation & Teleparticipation
 

 

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Teleobservation and Teleparticipation Capabilities:

Teleobservation and teleparticipation is referred to on this site under the broader term telepresence. A key aspect of the telepresence is the complete integration of the equipment with existing facilities. The primary design considerations for telepresence in the Winter Laboratory are that the systems are portable and capable of remote pan and zoom capabilities, real-time video streaming, and high resolution. Analog video cameras, along with the necessary computer support equipment, audio, and Internet capabilities will be dedicated to the NEES site. There are a variety of software packages available commercially that can be used for data (video/audio) control. These cameras and the support equipment will be used for several purposes. First, they will be used to record and transmit live video of any experiments conducted in the lab and record the information for archival purposes. The telepresence equipment also will be used for interactive videoconferencing with other NEES laboratories, NSF administrators, and project participants. This video conferencing ability will be used extensively during project startup and development to maintain close coordination with RPI. Real-time switching between presentation/audience, teleparticipant/laboratory, and other interactions will be done through computer controlled audio-video-data connectivity and dedicated web servers.

TO ACCESS TPM:

Feel free to browse our Cornell Telepresence site at the following address: http://tpm.nees.cornell.edu

Telepresence
Performance Specification
Cameras - analog
High resolution, analog, NTSC or PAL compatible, S-video, remote pan/tilt/zoom.
Video cards
NTSC or Pal compatible, integrated full-duplex audio, variable image scan, BMP and JPG file format, video compression.
Computers, Displays
Full two-way interaction between presenter and participants, laboratory-teleconference switching, real-time participation. Picture-in-picture display of laboratory environment and teleconferencing.
Entire System
Full compatibility with existing electronic classrooms, distance learning and teleconferencing facilities.

 
           
       
 

This work is supported primarily by the George E. Brown, Jr. Network for Earthquake Engineering Simulation (NEES) Program of the National Science Foundation under Award Number CMS-0217366.

School of Civil & Environmental Engineering
Cornell University, Ithaca, N.Y. 14853

     
Cornell University NEES organization Cornell University National Science Foundation