Faculty, by research interests

Groups, labs & centers

Research Laboratories

COMMUNICATIONS and SIGNAL PROCESSING
Home Page:	E-mail	Research Interests
David Brady	brady@ece.neu.edu	multipath communications, detection, estimation
Dana Brooks	brooks@ece.neu.edu	biomedical signal processing, medical imaging, statistical signal processing, inverse problems, multiresolution signal processing, electrocardiography, diffuse optical tomography, magnetic resonance imaging, regularization, optimization
Suparna Datta	suparna@ece.neu.edu	coding theory, information theory, runlength-limited codes and their applicatons to optical and magnetic recording channels, low-density parity check (LDPC) codes for wireless systems
Anthony Devaney	devaney@ece.neu.edu	electromagnetic wave propagation, inverse scattering tomography
Vinay Ingle	vingle@ece.neu.edu	multidimensional signal processing and image processing
Hanoch Lev-Ari	levari@ece.neu.edu	adaptive filtering, statistical signal processing, spectrum analysis and estimation, subspace-based sensing for antenna arrays
Elias Manolakos	elias@ece.neu.edu	high performance computing, pattern recognition
Eric Miller	elmiller@ece.neu.edu	signal processing and electromagnetics
John Proakis	proakis@ece.neu.edu	digital communications, digital signal processing
Purnima Ratilal	purnima@ece.neu.edu	Remote Sensing, Underwater Acoustics, Acoustical Oceanograpy, Bioacoustics, Ultrasound Imaging, Nonlinear Scattering, Wave Propagation in Random Media, Signal, Image and Array Processing, Statistical Inference Theory
Masoud Salehi	salehi@ece.neu.edu	error correcting codes, information theory, digital communications, source coding, and data compression
Martin Schetzen	schetzen@ece.neu.edu	nonlinear systems theory, system identification and modelling
Bahram Shafai	shafai@ece.neu.edu	control systems, digital signal processing, robust control
Jacob Shekel	shekel@ece.neu.edu
COMPUTER ENGINEERING
Stefano Basagni	basagni@ece.neu.edu	wireless networks, ad hoc, mesh and sensor networking, and protocol design and testing
Jennifer Dy	jdy@ece.neu.edu	machine learning, data mining, statistical pattern recognition, content-based image retrieval computer vision and image processing
David Kaeli	kaeli@ece.neu.edu	computer architecture, branch prediction studies, I/O workload characterization, memory hierachy design, object-oriented code execution performance, 3-D vlsi design, and back-end compiler design
Yong-Bin Kim	ybk@ece.neu.edu	high performance and low power VLSI design, system-on-chip (soc), innovative VLSI circuit and system application, and Physical VLSI CAD
Mieczyslaw Kokar	kokar@ece.neu.edu	software engineering, information fusion, intelligent control, artificial intelligence/machine learning
Miriam Leeser	mel@ece.neu.edu	reconfigurable hardware, hardware design tools, hardware description languages, hardware implementation of image and digital processing algorithms
Fabrizio Lombardi	lombardi@ece.neu.edu	fault-tolerant computing, VLSI CAD, testing, configurable computing, distributed systems
A. Bruce McDonald	mcdonald@ece.neu.edu	routing algorithms, network performance analysis, wireless ad-hoc networks, mobility management, communications protocols, internetworks, stochastic simulation and distributed systems.
Waleed Meleis	meleis@ece.neu.edu	compilers, computer architecture, scheduling
Zain Navabi	navabi@ece.neu.edu	VLSI design automation, digital system simulation
Medhi Tahoori	mtahoori@ece.neu.edu	digital testing, fault tolerance, computer-aided design, reconfigurable computing, nano and molecular computing.
Xinping Zhu	xzhu@ece.neu.edu	Computer-Aided Design (CAD) of VLSI circuits . For the past few years, I have been working mainly on modeling and simulation of on-chip communication architectures, which involves various approaches of design space exploration on the communication part of modern high-performance computing systems. Additional interests include biological networks and bioinformatics
ELECTROMAGNETICS
Charles DiMarzio	dimarzio@ece.neu.edu	optics, diffusive optical tomography and ultrasound, coherent detection, hyperspectral imaging, multi-modal imaging, landmine detection, magneto-optic sensors
Vincent Harris	harris@ece.neu.edu	the design and processing of advance magnetic materials with emphasis on materials for high frequency applications; understanding the struction, precessing and magnetism relationship of meterials; synchrotron radiation characterization of materials with emphasis on extended x-ray absorption fine structure.
Edwin Marengo	emarengo@ece.neu.edu	Physics-based signal processing and imaging,inverse problems in remote sensing and antenna theory, and electromagnetic theory
Hossein Mosallaei	hosseinm@ece.neu.edu	Physics and Modeling of Engineered Metamaterials, Smart Wireless Antennas and Sensors, Microwave/Millimeter-Wave Electronics and RF Integrated Circuits, Micro-Electromagnetics Front-Ends, Nano-Scale Devices and Systems, Theory and Simulation of Nano-Optics, Photonic Band Gap Crystals, Bio-Engineering, and Computational/Optimization Techniques
Harold Raemer	raemer@censsis.neu.edu	Elctromagnetics,with emphasis on modeling and simulation of microwave propagation,antennas and scattering ,primarily in the context of radarapplications,including ground penetrating radar.
Carey Rappaport	rappaport@cer.neu.edu	antennas, electromagnetic computation, bioelectromagnetics
Purnima Ratilal	purnima@ece.neu.edu	Remote Sensing, Underwater Acoustics, Acoustical Oceanograpy, Bioacoustics, Ultrasound Imaging, Nonlinear Scattering, Wave Propagation in Random Media, Signal, Image and Array Processing, Statistical Inference Theory
Philip Serafim	serafim@ece.neu.edu	electromagnetics, microwaves, remote sensing
Michael Silevitch	msilevit@ece.neu.edu	electron devices, plasma theory, upper -atmospheric phenomena
Nian-Xian Sun	nian@ece.neu.edu	magnetic and electronic thin films, micro-devices for microwave and RF applications, magnetic semiconductors and devices for sprintronics applications, and micro and nano-fabrication processing, etc.
MICROSYSTEMS AND ELECTRON DEVICES
Mehmet Dokmeci	dokmeci@ece.neu.edu	BioMems (scaffolds, reactors, ...) Microactuators for optical telecommunications Micro/nano fabrication for interdisciplinary applications Packaging for MEMS Reliability and accelerated testing for micro devices Wireless Humidity Sensing
Amir Farhat	farhat@ece.neu.edu
Arvin Grabel	agrabel@ece.neu.edu	active networks, gallium arsenide circuits, integrated circuits
Jeffrey Hopwood	hopwood@ece.neu.edu	inductively coupled plasma (ICP), microplasma, interconnect, sputtering, etching, ionized physical vapor deposition, micromachining, VLSI manufacturing, CsI, TiN
Nicol McGruer	mcgruer@ece.neu.edu	MEMS, MOEMS, microfabrication, microsystems, microrelay, microspectrometer, optical switching, optical MEMS
Steve McKnight	mcknight@ece.neu.edu	research and submillimeter devices and materials, optical and infrared materials and systems
Demetrios Papageorgiou	demetri@ece.neu.edu	microsystems & electron devices
Sheila Prasad	prasad@ece.neu.edu	microwave and high speed device characterization and modelling, Microwave circuits, optoelectronic devices
Carmine Vittoria	vittoria@ece.neu.edu	elemagnetic wave propagation in anisotropic media, physics of magnetism, high tc superconductors and weak link devices, and ferrites and composites magnetic metal alloys and magnetic superlattices miniature microwave circuits
POWER ELECTRONICS/POWER SYSTEMS/MOTION CONTROL
Ali Abur	abur@ece.neu.edu	power system state estimation, visualization of power system operation and fault identification in transmission and distribution networks
Bradley Lehman	lehman@ece.neu.edu	power electronics, dc-dc converters, pulse width modulation, motion control, electric motor drives, analog circuits, control theory, differential equations, time delays, nonlinear systems and control, industrial control
Sarma Mulukutla	mulukutla@ece.neu.edu	power systems, electrical machinery, electromagnetic fields in electrical devices
Bahram Shafai	shafai@ece.neu.edu	control systems digital processing, robust control
Alexandar Stankovic	astankov@ece.neu.edu	power electronics control, power systems
Gilead Tadmor	tadmor@ece.neu.edu	Robust & Nonlinear Control, Reduced Order Models, Fluid Flow Control, Applications of Dynamics in Imaging

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