|
Non-EECS Nonfaculty Doctor's Thesis Supervisors
This list, maintained by the EECS Graduate Office,
is one of three intended to help department graduate students and undergraduates
find research supervisors. The other two lists are of faculty
research supervisors and of those authorized to supervise master's
theses. Office addresses, telephone numbers, Internet addresses, and personal
home-page URLs of those listed below are available from the MIT Directory or
the on-line MIT Directory.
A description of who is authorized to supervise theses or projects at various
levels appears in a page devoted to research supervisors.
Graduate Areas. For purposes of administering the department doctoral
program, faculty are loosely affiliated with one or more of six Graduate
Areas. The Area chairmen or co-chairmen are listed in a discussion of research
supervisors.
Approved Doctor's Thesis Supervisors
The following members of the research staff, departmental affiliates,
and faculty from other departments have been approved by the department
Committee on Graduate Students as both Ph.D. and Master's thesis supervisors.
A B C
D E F G
H I J K
L M N O
P Q R S
T U V W
X Y Z |
A |
|
B |
|
C |
Clark,
D. D. (Area II)
Computer networks: Internet engineering, hardware and protocols for high
speed large scale network communications. Real time services over networks.
Network-host interfacing. Policy and economic isssues; pricing.
|
D |
|
E |
|
F |
|
G |
Glass, J. R. (Areas II, VII, I)
Automatic speech recognition, synthesis, and understanding or multi-modal,
conversational interaction. |
H |
|
I |
Knight, T. F.
(Areas II, III)
Computer architectures and programming languages for artificial intelligence
applications, image and auditory perception. Physics of computation. High
speed digital design.
|
L |
|
M |
|
N |
|
O |
|
P |
|
Q |
|
R |
Rudolf, L. (Area II)
Pervasive computing, cell hone programming, parallel computing/sensors/actuators, optical communication, complex systems. |
S |
Shrobe, H. E. (Area II)
Pervasive computing and intelligent environments, self-adaptive software, diagnostic systems, and cognitive modeling. |
T |
Terman,
C. (Areas II, III)
Computer and DSP architectures; VLSI circuits, design methodologies and
CAD tools; circuit simulation; computer languages.
|
U |
|
V |
|
W |
Wong, N.C. (Area IV)
Experimental quantum optics and nonlinear optics. Generation, characterization, and application of quantum entanglement in quantum information science. Optical frequency metrology. Free-space optical communications. |
X |
|
Y |
|
Z |
|
Return to Graduate Programs
|