|
Additional VC candidates due on campus
by Daniel
J. Fitzgibbons, Chronicle staff
he national search for a vice chancellor for
Research took a local turn late last week when officials announced
that one of the candidates is Computer Science professor W. Richards
Adrion.
Adrion has been
on leave from campus since January to serve as division director
for Experimental and Integrative Activities in the Computer and
Information Sciences and Engineering Directorate at the National
Science Foundation. Like two earlier candidates for the vice chancellor's
slot, Adrion has been invited to come to campus for open meetings
with faculty, staff, postdoctoral researchers and students. His
visit is scheduled for Oct. 30.
In an e-mail circulated on campus on Oct. 20,
Provost Cora Marrett and search chair Michael Malone said a fourth
candidate, Larry Lemanski, associate vice president for research
at Texas A&M University, is slated to visit campus on Nov. 6
(Biographical information and meeting times for Lemanski's visit
will be published next week).
On Monday, P.
Michael Conn, director of the Oregon Regional Primate Research Center
took part in forums with various campus groups. Conn is also special
assistant to the president and professor of physiology and pharmacology
at Oregon Health Sciences University.
Adrion joined
the faculty in 1986 as chair of the Computer Science Department,
a post he held for eight years. Along with his faculty duties, he
is also director of the Centers for Research on Intelligent Complex
Computing Systems.
In his current
role at NSF, Adrion heads an $80 million unit that manages a portfolio
of research, workforce, education and infrastructure programs. Current
research includes projects in advanced systems, digital governance,
the interface of biology and information technology, quantum computing
and interactive education. Adrion directs a staff of 15 program
managers and seven administrative support personnel.
Adrion founded
and, until 1999, served as president and chairman of the board of
the Applied Computing Systems Institute of Massachusetts (ACSIOM),
a University-affiliated corporation designed to transfer information
and telecommunications technology developed at the University.
Prior to his appointment
to the faculty, he held permanent and visiting positions with the
University of Texas at Austin, Oregon State University, National
Science Foundation, National Bureau of Standards, American University,
Georgetown University, the University of California, Berkeley and
the Universite' de Paris-Sud Laboratoire de Recherche en Informatique.
Adrion founded
and served as editor-in-chief for the ACM Transactions on Software
Engineering and Methodology from 1989-95. He has chaired a number
of conferences and symposia, including the 1994 SIGSOFT Symposium
and the 1997 International Conference on Software Engineering. He
is a fellow of the American Association for the Advancement of Science
(AAAS) and the Association for Computing Machinery, and in 1996
received the ACM SIGSOFT Distinguished Service Award.
Adrion has served
on a number of University system and campus committees, including
the Academic Priorities Council; Program and Budget Council; University
Information Technology Council; the system and campus economic development
task forces; University Conflicts Committee; Research Foundation
Task Force; Research Council; an ad hoc Committee on five-campus
reorganization; and the Strategic Planning Council.
Adrion's current
research is on the analysis and verification of concurrent, real-time
computing systems and, in particular, issues related to the interplay
between non-deterministic constructs and resource-bounded scheduling.
With Jim Kurose
of Computer Science, he directs the Multimedia Asynchronous Networked
Instructional Courseware (MANIC) Project and is developing and deploying
streamed multimedia materials and assessing their effectiveness.
Based on his involvement with day-to-day technology transfer management,
Adrion is examining various strategies and approaches for effective
technology transfer and diffusion through case studies.
|