University and Working Group Internet2 Links
- Join an I2 Working
Group
- Magpie
- NJEdge conference in
Oct. 2003
- University of
Pennsylvania
- Watch an Internet2 Overview Video on ISC Streaming Streaming Video
Server (Good!)
- The National Scalable Cluster Project
- National Digital Mammography Archive (Mentorship Project)
- NSCP Research Projects: Video On Demand (Linh Pham's project)
- "Completed Projects:
- Astrophysics and Cosmology - "Quintessence"
Dr. Paul Bode's work, Investigates "Quintessence", an exotic new
possibility, the existence of a new component in the Universe,
with an equation state different from that of matter, radiation,
or cosmological constant.
- TeleImmersion
- Getting Involved: U Penn mailing list, joining a Working Group.
- Presentations:
The Future of the Internet and Internet2
Advanced Networking for Research and Education: The Role of Higher Education
- Binghampton University
- Internet2@Emory
- What is
Internet2, what are possible application areas
- UCAID and
Abilene
- Internet2
projects at Emory:
- Study of the Use of Advanced Information Technologies to Conduct Virtual Science
- Collaborative Molecular Visualization, Design, and Analysis
- Remote Control of Catalyst/Reactant Reaction Simulations Using Supercomputer
Center Facilities
- Remote Examination of Crystallographic Data in Real Time and Collaborative Drug Design
- Distance Education: Graduate Certificate Program in Public Health
- Real-time Collaboration for the Creation of Rapid Public Health Training
- Internet2 Applications at
Georgia Tech
-
Georgia State University Applications for Internet 2
- Geographic Information System/Decision Support System
A primary objective of this project is to develop an Internet based
system to support environmental decision making. High quality images
and animation, to be used in conjunction with video conferencing and
collaboration tools for decision making, would be rendered in real
time at a central site and distributed, via the network to graphics
workstations at collaborating sites.
- Simulations of Astrophysical Hydrodynamical Flows
This work utilizes resources at the Pittsburg Supercomputer Center
and involves 3-D numerical simulations of astrophysical hydrodynamical
flows to the study of propagation, growth and death of different
classes of radio Galaxies. The computer output parameters (density,
pressure, velocity, etc.) require significant visualization. Significant
improvements to the efficiency of the research effort can be achieved
through remote visualization.
- The Cineon Project
The Cineon Project involves artists and researchers at Georgia State
and Georgia Tech collaborating on projects requiring the manipulation
and transmission of large amounts of the highest quality full motion
video. Investigators can explore the potentials of high speed networks
with ensured quality of service and large digital video databases in
film/video post-productions and the collaborative computer environments
that facilitate those activities. Research will focus on video storage
and retrieval from remote image databases as well as the design and use
of such databases.
- The Atlanta High Field NMR Facility
The Atlanta High Field NMR Facility has two spectometer instruments
used in determining the structure of the proteins, nucleic acids,
carbohydrates, the binding of metals to proteins and dynamic processes
of proteins and nucleic acids. These instruments are configured for
offsite control over the Internet; after the initial sample loading
and probe tuning, all spectometer functions can be run from a remote
location. To date, researchers from Georgia Tech, Emory, Clark Atlanta,
and the University of Georgia, as well as Vanderbilt have used these
facilities. More usage would be possible given that the remote control
function would be possible.
- The Center for High Angular Resolution Astronomy (CHARA)
The CHARA array is a revolutionary kind of telescope consisting of
5 telescopes distributed within a circle 1300 feet in diameter and
exceeding the resolving power of the Hubble Space Telescope by a factor
of 100. The measurements of star masses, distances, luminosities, temperatures
and diameters as well as surface imaging will generate large amounts of
data that must be transmitted from California to the Atlanta Lab for real-time
or near real-time reduction. High bandwidth and ensured quality of service
will permit bringing the facility into the classroom with students witnessing
and participating in the operation of the unique telescope.
- Architectures for Gigabit Multimedia Delivery
This research proposes to study appropriate software architectures
for seamless multimedia delivery to residential and nomadic users at
gigabit speeds. The presence of a high speed network is a significant
asset to this project. Monitoring and evaluating the effects of gigabit
speeds on the current protocol architectures and networking mechanisms
using a genuine network would provide valuable data.
- VCU Internet2 Applications
- MITAC
Medical Informatics and Technology Applications Consoritum (MITAC)
MITAC is a NASA Commercial Space Center located within the Department
of Surgery. MITAC's mission is to manage medicine at a distance by applying
and integrating sensors, telecommunications systems, effectors and process
simulations. MITAC explores, adapts and validates technology through testbeds
such as those in Ecuador.
MITAC develops partnerships with industry, academia, foundations and
other government agencies to investigate applications of information
technology in health care, including robotics in surgery. MITAC has been
an early adopter of Internet as a means of communications tosupport
telemedicine
- Macromolecular Crystallography and NMR, Molecular Modeling and
Computer-Aided Drug Discovery
- Distance Education
- Realtime High Speed Audio and Video Data Processing for Microelectronic Education
VCU has a state-of-the-art cleanroom for undergraduate and graduate
microelectronic fabrication instruction. Through Internet2, the
cleanroom can be made accessible to workers on the job and to students at
universities, colleges and schools across the state.
- Experimental Works of Three Dimensional Computer Art for Group Participation and Communication
The VCU Sculpture Department is using different three dimensional
computer technologies to create objects and environments that can
be shared over the World Wide Web.
- Genome Analysis, Nucleic Acids Research Gene Expression Analysis: