Program: Biomedical Engineering
Program: Computer Science
firstname.lastname@example.org Web page classification tools; robotics and virtual reality; tools for parallel and
email@example.com Data mining in high -dimensional data domains: Bioinformatics, Biomedical and Clinical
Informatics, Distributed heterogeneous database integration.
firstname.lastname@example.org High Availability and Performance Computing. Intelligent component-based Software
Engineering; Convergence Computing and Service Engineering (Wireless, Wireline, IP,
VOIP, Telephony, Presence and IM, devices based).
email@example.com Web and Internet Security, Soft Computing, Fault Mitigation in software systems.
Program: Mathematics and Statistics
firstname.lastname@example.org Numerical methods for heat transfer; Computational fluid dynamics; Numerical simulation
for bioelectro-magnetics; Numerical methods for Micro-fabrication.
email@example.com Stat Control theory; numerical analysis; dynamic modeling of physical systems.
firstname.lastname@example.org Time Reversal and Imaging, interface problems
email@example.com Applied mathematics, numerical solutions to PDE; modeling of Microsystems.
firstname.lastname@example.org Applied statistics; stochastic processes.
email@example.com Applied statistics; stochastic processes.
firstname.lastname@example.org Ordered sets; decision problems; complexity; the reconstruction problem in ordered
sets; harmonizable stochastic processes.
email@example.com Parameter estimation in fractional stochastic processes, Nonparametric regression
(Bayesian and Frequentist), Data mining, Multivariate methods, Statistical and probabilistic
applications in network traffic such as modeling internet traffic via fractional calculus.
firstname.lastname@example.org Gravitational physics at LIGO-Livingston. Hou, Songming email@example.com Time Reversal
and Imaging, interface problems
firstname.lastname@example.org Molecular simulations, semi-empirical methods, and molecular dynamics;Modeling of
polymers and nanostructured materials.
email@example.com Grid-Computing for HEP data analysis; Monte-Carlo methods for HEPDetector design and
firstname.lastname@example.org Software design for HEP data acquisition and analysis; Detector simulations for experiments
at future colliders.
email@example.com Semi-classical scattering theory; computational modeling of nuclearscattering.
firstname.lastname@example.org Monte-Carlo methods for nuclear physics experiment design; interaction of EM pulses
with biological tissue; computational physics.
email@example.com Monte-Carlo methods for nuclear physics experiment design; scattering theory; computational
firstname.lastname@example.org Development of fast next-to-leading order QCD calculation methods.
email@example.com Computational chemistry; quantum and classical molecular reaction dynamics.
firstname.lastname@example.org Molecular dynamics simulations, ionic liquids, lithium ion batteries, proton transport
in fuel cells, thermodynamics of polymer solutions, coarse-graining methods for molecular
modeling, molecular simulation of phase equilibrium.
Program: Mechanical Engineering
email@example.com Experimental, computational, and analytical modeling for pipeline rehabilitation;
Visualization methods for engineering.
firstname.lastname@example.org Computational methods in heat transfer and fluid mechanics.
Program: Industrial Engineering
email@example.com Automated inspection; Quality control; Human Factors; Computer Vision.
firstname.lastname@example.org Industrial statistics; facilities location; scheduling.
Program: Civil Engineering
email@example.com Application of the Finite Element Method to geo-technical engineering, Soil mechanics
and computational mechanics.
Program: Chemical Engineering
firstname.lastname@example.org Computational molecular modeling; electrochemistry; nanotechnology.
email@example.com Chemical reactor modeling, micro-mixing, fluid dynamics, micro-channel reactors.
Program: Electrical Engineering
firstname.lastname@example.org Wireless sensor networks; Adaptive control, neural networks, and fuzzy logic. in control
email@example.com Design and modeling of micro and nanodevices and systems.
Program: Biology and Environmental Sciences
Modeling of Extinctions and Ecological Evolutionary-ecological, and Evironmental Systems
firstname.lastname@example.org Applied statistics, computationally intensive statistics, statistical learning, large
scale constrained optimization.
email@example.com Biometrics, sampling, landscape level planning and remote sensing