Council on Academic Computing
September 20, 2004
Meeting Summary
COUNCIL FUNCTIONS
The Council on Academic Computing was designed as a forum
in which representatives of the University’s campuses and schools could
exchange information about academic computing.
Members of the Council should facilitate the university-wide exchange of
information by disseminating the substance of the Council’s discussions to
other members of their campus or school.
FUTURE COUNCIL
ACTIVITES
Members of the Council met last May to discuss this year’s
agenda. The following planned activities
and programs were derived from their suggestions:
Network Computing
Program
Network and grid computing are becoming increasingly
important within the field of computing.
The Council should consider the feasibility of a small grant program
that seeds network and grid computing projects.
Ideally, researchers would use successful projects to garner external
funding.
External Speaker
Series
The Council should develop a speaker series that
highlights new developments in academic computing. Quantum computing and autonomic computing are
potential topics. Events can be
structured as either lectures or half-day symposia.
Internal Speaker
Series
Faculty often are unaware of developments in
academic computing outside of their department or school. The Council can facilitate the campus-wide
exchange of ideas by inviting speakers to discuss their interests with the
Council. Topics could include bioinformatics,
computational biology, modeling and simulation, and homeland security.
REPORT FROM
COMPUTING SERVICES AND SYSTEMS DEVELOPMENT
Software
The secure VPN service was announced on September 2. Approximately 5500 people currently use the
service. The software update service was
implemented in the beginning of August.
Approximately 5900 people have signed up for the service. Spam and virus filtering has been available
since June. All e-mail messages are
automatically scanned for viruses, and approximately 5500 people have activated
the spam filter.
Wireless Computing
Wireless networks are funded by the student activity fee
and are available in limited areas and only to students. A university-wide wireless network would
require a significant financial investment in order to coordinate effectively
the University’s different computer technologies and systems.
Several other issues were discussed: