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Foad Dabiri |
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Foad Dabiri
is a PhD Candidate specializing in low power techniques
for embedded systems in the ER Lab at the University of
California, Los Angeles. Foad is the current lead of the
CustoMed Project. Foad's current research on the CustoMed
Project focuses on low power techniques for system development
of embedded medical systems and the development of
reconfigurable customizable Med Nodes for diabetic applications.
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Hyduke Noshadi |
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Hyduke
Noshadi is a Masters Student specializing in
system development of reconfigurable architectures for embedded
systems in the ER Lab at the University of California, Los
Angeles. Hyduke also worked in the ER lab as an undergraduate
student and has been an integral part of the development of
almost all the systems on the CustoMed Project (Med Nodes, adaptive ECG
extraction, neurological systems for rehabilitation). Hyduke plans to graduate in the Spring of 2007 and is available
for positions in industry after graduation. Contact: hyduke
"at" cs.ucla.edu
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Tammara
Massey |
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Tammara
Massey is a PhD Student
specializing in wireless networking and reconfigurable
architectures for embedded systems in the ER Lab at the
University of California, Los Angeles. Tammara's current
research on the CustoMed Project focuses on the development of a
reconfigurable security architecture for embedded medical
systems and localization. She specifically
researches creating an architecture that adapts security and
data to meet timing and power constraints
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Ani
Napahatian |
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Ani
Napahatian is a PhD
Candidate specializing in reliability techniques for real-time
embedded systems and sensor enhanced image processing for
embedded systems in the ER Lab at the University of California,
Los Angeles. Ani's current research on the CustoMed Project
focuses on the development of sensor enhanced
tracking. Ani plans to graduate in the Spring of 2007 and
is available for positions in academia or industry starting Fall
2007. Contact: ani "at" cs.ucla.edu
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Zohreh
Karimi |
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Zohreh
Karimi is a PhD Student specializing in
optimization of sensor networks in the ER Lab at the University
of California, Los Angeles. Zohreh's current research on the
CustoMed Project focuses on network
optimization for embedded medical systems. Zohreh is also continuing research on the development of embedded medical systems
for neurological applications.
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Roozbeh
Jafari |
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Roozbeh
Jafari was the previous lead of
the CustoMed Project. Roozbeh currently is a PostDoc at the
University of California, Berkeley and will become a professor
in Computer Science at the University of Texas, Dallas in the
Fall of 2007. Roozbeh pioneered a lot of the
research on the CustoMed Project. Specifically, he leaded
the development of an adaptable distributed ECG algorithm for
embedded medical systems, Med Nodes for neurological
applications, and routing techniques for distributed
embedded computing.
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