|
Main
Page
Graduate
Program
Undergraduate
Program
Course Information
Course
Web Pages
Our
Research
Research
Areas
Technical
Reports
Faculty
Graduate
Students
Research
and Technical Staff
Administrative
Staff
Alumni
Degree
Recipients
Calendars
Computing
Facilities
CS
Talks Mailing List
Yale
Computer Science FAQ
Yale Workstation Support
Computing
Lab
AfterCollege
Job Resource
Graduate
Writing Center
Contact
Us
History
Life in the Department
Life About Town
Directions
Faculty
Positions
City
of New Haven
Yale
Applied Mathematics
Yale
C2: Creative Consilience of

Computing and the Arts
Yale
Faculty of Engineering
Yale
GSAS Staff Directory
Yale
University Home Page
Google Search
Yale Info Phonebook
Internal |
|
Martin H. Schultz
Professor Emeritus and Research Professor of Computer Science
B.S., California Institute of Technology, 1961
A.M., Ph.D., Harvard University, 1962, 1965
Joined Yale Faculty 1970
Office Location: AKW 106
Telephone: 203.432.1202
Martin Schultzs primary research interest is in high-performance
computing. During recent years, he has concentrated on the application
of parallel architectures ranging from massively parallel processors to
clusters of workstations and PCs as well as P2P solutions on the internet.
His research interests include topics in algorithm design, analysis and
implementation, parallel programming environments, and parallel architectures.
Typical applications come from biomedical computing, computational biology,
bioinformatics, and financial analytics as well as the physical sciences
and engineering. Professor Schultz collaborates with academic and industrial
researchers in Biology, Medicine, Economics, and Physical Sciences.
| Representative Publications: |
 |
"Graphically-Enabled
Integration of Bioinformatics Tools Allowing Parallel Execution,"
with K. Cheung, P. Miller, A. Sherman, S. Weston, E. Stratman, M.Snyder,
and A.Kumar, in J.M. Overhage, ed., Converging Information, Technology,
and Health Care: Proceedings of the 2000 AMIA Annual Symposium,
November, 2000. |
 |
"Parameter Choices
for ADI-like Methods on Parallel Computers," with C.C. Douglas
and S. Malhotra, Computational and Applied Mathematics, 17:217-231,
1998. |
 |
"First and Second
Order Methods for Rapid, Coarse, Distributed Load Balancing,"
with S. Muthukrishnan and B. Ghosh, Proceedings of ACM SPAA 1996,
Padova, Italy, Journal of Mathematical Systems Theory, Invited SPAA96
issue Efficient Parallel Programming with Linda, with A. Deshpande,
Proceedings of the Supercomputing92 Conference, November 1992. |

|
 |