CANDIDATE FOR SECRETARY
Alva Couch
I am greatly honored to be nominated for the position of Secretary of
the USENIX Board. As secretary, I promise fair, accurate, and timely
recording of the Board's proceedings and decisions. I bring to the
Board my experience and commitment to system administration as a
discipline and profession, as well as my unique position as one of the
few academic researchers exploring the theory of system
administration. I have also worked closely with USENIX staff and been
exposed to the realities of USENIX on many occasions, including
serving as LISA Program Committee member for several years and as
Program Chair of LISA 2002. I have worked closely with USENIX
marketing staff to improve our public image and increase both our
membership and attendance at USENIX events.
While I am well known mainly in the SAGE community, I feel strong
allegiance to both USENIX and SAGE for the many contributions both
organizations have made to my field and career. As a member of the
USENIX Board, I will work toward the continued health and growth of
both organizations and will do my best to fairly represent, balance,
and address the needs of both constituencies.
The coming two years will include fiscal challenges and difficult
decisions about the future of events and activities in a rapidly
changing economic and professional landscape. I would describe myself
as fiscally conservative but willing to take carefully calculated and
creative risks whose success will greatly advance USENIX, provided
that a failure does not have severe consequences. I will support
creative new events and activities whose cost is low, whose benefit is
high, and which do not reduce the value of existing events.
As an academic, I am acutely aware of a problem with the USENIX image
that I would like to work to address. Many of my fellow academics do
not take USENIX conferences and events seriously. They consider a
paper in a USENIX conference to be less desirable than a paper in an
ACM or IEEE conference. I disagree strongly with this opinion and
believe that USENIX conference proceedings make a unique contribution
to the literature that other publications do not address. Our
emphasis upon practical solutions to real and timely problems makes a
USENIX paper more difficult to write and, in my opinion, more valuable
to the people who must solve the real problems.
Many paths to the future remain unexplored. USENIX and its activities
attract a small percentage of the total number of people who could
benefit from membership and participation. Links with other
professional organizations such as ACM and IEEE remain relatively
unexplored, and there seems to be some potential for collaboration. I
think that the key to such collaborations is to work toward a common
understanding of the unique value of USENIX and its activities in
relation to its peer organizations ACM and IEEE, and the unique
contribution that USENIX makes to the combined literature of all three
organizations. I think that I am uniquely positioned to build this
understanding first within USENIX itself, and then for my colleagues
in our sister organizations.
Biography: Alva L. Couch was born in Winston-Salem, North Carolina, where he
attended the North Carolina School of the Arts as a high school major
in bassoon and contrabassoon performance. He received an S.B. in
Architecture from M.I.T. in 1978, after which he worked for four
years as a systems analyst and administrator at Harvard Medical
School. Returning to school, he received an M.S. in Mathematics from
Tufts in 1987 and a Ph.D. in Mathematics from Tufts in 1988. He
became a member of the faculty of Tufts Department of Computer Science
in the fall of 1988 and is currently an Associate Professor of
Computer Science at Tufts. Prof. Couch is the author of several
software systems for visualization and system administration,
including Seecube (1987), Seeplex (1990), Slink (1996), Distr (1997), and
Babble (2000). He served as Program Chair of LISA 2002 and received
the SAGE Professional Service Award in 2003 for his contributions to the
theory of system administration.