Principal Investigator	Students/level	Collaborators/Affiliation	Department	Type of Computing	Research Topics
Apuzen-Ito, Garrett	Eric Mittelstaedt/grad Todd Bianco/grad		Geology and Geophysics	Large numbers of Cells, Long time scale, Complex visualization needs	Formation of ocean island chains, Mantle, magmatic and tectonic processes of the ocean basins,
Businger, Steven	Tiziana Cherubini/post-doc Michael Murphy/grad		Meteorology	Large number of cells, Requires 24/7 operation and dependability, Large data transfer and visualization	Destructive Atmospheric Storms, Arctic Hurricanes
Cassanova, Henri	Joshua Wingstrom/grad Mark Stillwell/grad Richard Huang/UCSD Post-doc		ICS	Rarely requires more than 128 nodes, Does development work, needs access to large machines for testing	Parallel and distributed computing, grid computing,   theoretical and practical aspects of scheduling, modeling and simulation of computing platforms
Chen, Yi-Leng (David)	DaNa Carlis/grad Hiep van Nguyen/grad Yang Yang/post-doc I. Shiro Jayawardena/grad Chuan-Chi Tu/grad		Meteorology	Large number of cells	Weather Models of Hawaiian Islands and Taiwan
Cheung, Kwok Fai	Volker Roeber/grad		ORE	Requires 24/7 operation and dependability	Tsunami Modeling, Storm-induced Coastal Flooding, Wind-wave Predictions, Hydroelasticity
Erdogan, Sevki	Donald Tripp/ugrad		ICS/UHH	Development	handwritten word recognition using Neural Networks and implementation of a parallel re-configurable architecture.
Fryer, Patricia	Tom Fedenczuk/grad		Geology and Geophysics	Large numbers of Cells, Long time scale, Complex visualization needs	Mud volcanoes, Determination of undersea volcanic movement using Bathymetric data.
Gaidos, Eric	Jillian Ward/grad		Astrobiology	Data intensive, Storage is critical, Also I/O issues	Searching for early life forms by DNA analysis of Deep Water organisms
Hamilton, Kevin			IPRC	Large number of cells, Requires 24/7 operation and dependability, Large data transfer and visualization	Observations and modeling of the global-scale circulation of the atmosphere, Climate modeling and climate change, Meteorology and chemistry of the stratosphere and mesosphere,  Atmospheric and oceanic waves and tides
Head, John	Bing Fu/grad		Chemistry	Many Cycles, Large problems, but not necessarily storage intensive	Properties of Si nanoclusters, Predicting new materials, Theoretical, computational chemistry.
Kim, Albert	Nam Vu/grad Yuewei Liu/grad		CEE	Large matrices, Fast cycles, Rarely needs more than 96 processors at one time.	Particles, Aggregates, Membranes (PAM):  Environmental Soft Matter Physics: Theory and Simulations,  Computational Environmental Engineering, Membrane Separation Processes, Hydrodynamics of Colloids, Biocolloids, and Fractal Aggregates.
Kobayashi, Marcelo	Hugo Pedro/grad		Mechanical Engineering	Development of Code	UAV design using Genetic Algorithms
	Kin Wai Leung/grad			128 to 256 processors	Tsunami Modeling
					Non-linear dynamical systems.
Kumashiro, Kristin	Jhonsen Djajamuliadi/grad		Chemistry	Many Cycles
				Large problems, but not necessarily storage intensive
Li, Tim	Christopher Chambers/grad		Meteorology		IPRC
					PET Project
					Climate, Weather, and Ocean modeling
Magnier, Eugene	Paul Price/post-doc		Institute for Astronomy		PAN-Starrs project
		John Tonry/IfA
		Istvan Szapudi/IfA
Martindale, Mark	Casey Dunn/post-doc		Pacific Biosciences Research Center	Data intensive	Genomics
			Kewalo Marine Lab	Storage is critical
				Also I/O issues
Pawlak, Geno	Kumar Rajagopalan/grad		Oceanography	Large number of cells	Flow over rough bathymetry
				Large data transfer and visualization
Phillips, Vaughan			Meteorology	Large number of cells
				Requires 24/7 operation and dependability
				Large data transfer and visualization
Poisson, Guylaine	Brandon Sutherlin/ugrad		ICS	Data intensive	Bioinformatics
				Storage is critical
				Also I/O issues
Qu, Weillin	Ruey Hwu/grad		Mechanical Engineering	Development of Code	Fuel Cell Design
				128 to 256 processors	Heat Transfer
Richards, Kelvin	Paolo Calil/grad		Oceanography	Large number of cells	Island wakes
				Large data transfer and visualization
Siegfried, Steven			Cell and Modecular Biology	Data intensive	Handwritten word recognition using Neural Networks and implementation of a parallel re-configurable architecture.
				Storage is critical
				Also I/O issues
Stevens, Duane	Guangxia Cao/post doc		Meteorology	Large number of cells	Weather prediction
		Kevin Roe/MHPCC		Requires 24/7 operation and dependability	Flood and major event prediction in Hawaiian islands
				Large data transfer and visualization
Swanson, Sandra (ret.)			ICS/Maui Community College	Development	System Architecture
				Teaching	Parallel Programming
Wessel, Paul	Seung-Sep Kim/grad		Geology and Geophysics	Large numbers of Cells
				Long time scale
				Complex visualization needs
Timmerman, Axel	Fabian Schloesser/grad		Oceanography		Ocean circulation and climate research
Wang, Bin	Xiaqiong Zhou/grad		Meteorology		Hurricane, climate models, COAMPS, WRF
Yun, David Y.Y.			EE		advanced computing and communication; bio-medical engineering; intelligent system; 3D imaging and modeling; resource management; tele-health systems and remote telemedicine delivery