|
Andrew
Haas
|
|
Mehdi
HafeziManshadi
|
|
Steve J.
Haley
|
|
Bradley
Halpern
|
|
Steven
Hammond
|
|
Xu
Han
|
|
Yenjo
Han
|
|
Tyler
Hannan
|
|
Nikolaos
Hardavellas
|
|
Craig
Harman
Assistive technologies, machine learning. |
|
Leo B.
Hartman
|
|
George
Hauser
|
|
Shan
He
|
|
Bijun
He
|
|
Grant
He
|
|
Jason
He
|
|
Dave
Headlam
|
|
Peter A.
Heeman
|
|
Wendi
Heinzelman
|
|
James
Heliotis
|
|
Lane A.
Hemaspaandra
Computational social choice (elections, preference aggregation, power indices, etc.), counting-based computation, probabilistic computation, unambiguous computation, the importance of query order when accessing databases, the study of efficient algorithms for complex sets, computational complexity theory, and complexity-theoretic aspects of security, fault-tolerance, and data compression. |
|
Julian
Herwitz
|
|
John
Hinkel
III
|
|
Elizabeth A.
Hinkelman
|
|
Louis J.
Hoebel
|
|
Christopher M.
Homan
|
|
M. Ehsan
Hoque
Human nonverbal behaviors, multimodal interaction, applications of machine learning to gain further insights into human communication, and inventing new applications of emotion technology focusing on health and assistive technology. |
|
Adam
Horowitz
|
|
Andrew
Hoskins
Compilers, Virtual Machines |
|
Heymayet
Hossain
|
|
Shantonu
Hossain
Programming Models and Runtimes for Heterogeneous Architecture, Parallel and Distributed Computing |
|
Lydia
Hrechanyk
|
|
Bo
Hu
|
|
Michael
Huang
Computer architecture with a particular interest in exploring new capabilities in the underlying device and circuit technologies. |
|
Galen C.
Hunt
|