MICROELECTRONIC SYSTEMS NEWS

FILENUMBER: 1017 BEGIN_KEYWORDS NSF RESEARCH SENSORS IMAGING END_KEYWORDS DATE: September 2001 TITLE: NSF ADVANCED RESEARCH IN SENSORS AND IMAGING
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TITLE: NSF ADVANCED RESEARCH IN SENSORS AND IMAGING

Contributed by Dr. Vijay Jain, Program Director

I have joined  the  National  Science  Foundation  as  a  Program
Director,  effective  Sept. 4, 2001.  My activity at NSF includes
development  and  management  of  an  area  wherein  the  overall
objective  is  to  support advanced research in sensors, imaging,
video, and communication aspects  of  engineering  systems.   The
area  addresses certain interrelated twenty-first century themes,
which range from autostereoscopic multiview 3D video  systems  to
Internet  television,  from  hybrid smart cards to deep-submicron
CMOS circuit  simulation,  and  from  wireless  communication  to
network simulation.

Specifically, the area includes the following:

Sensor, Imaging  and  Video  Systems:  Video  systems,  including
imaging,   mosaicing,   3D  video  reconstruction  of  large-area
activities, video testbed for  high-resolution  'autostereoscopic
multiview  system' with parallax; Hybrid smart-card: 'multi-modal
sensor (possibly MEMS based)' plus Biological sensors, micro  and
macro.   Communication  Systems:  Wavelet based pulses, and their
use in  broadband  communication;  New  techniques  for  adaptive
equalization  for  wireless  channels;  Space-time codes;  Space-
division  multiplexing  for   wireless   communication;   Optical
circuits.   Networking:   QoS (QBONE, RSVP, Diff-serve, and other
protocols); 3D video over networks; Internet television;  Optical
networks;  Interconnection networks for arrays of PEs and/or MEMS
Computational Engineering:   Parallel architectures and  hardware
implementation   for   solution/simulation   of   electromagnetic
transients,  partial  differential  equations,  N-body   problem;
Network  simulation;  Computing  in  the  network Domain-specific
Computing:  Examples - Deep  submicron  CMOS  circuit  simulation
using    distributed   models;   Mathematical   Physical   Engine
(simulation of physical phenomena).

Please  visit our website  for  information  about  the programs,
deadlines, and funding opportunities.

Vijay Jain, Program Director CNCI/ECS
National Science Foundation
4101 Wilson Boulevard, Room 675
Arlington, VA 22230
Email: vjain@nsf.gov      
Voice: (703) 292-8339      
Fax: (703) 292-9147

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