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College of Science

Physical, Biological, Mathematical and Computational Sciences

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aerosol generation and analysis
analysis
and display of geographic information
atomic force microscopy
decision trees and regression trees
different aspects of spatial computing
DNA sequencing and analysis.
electroconcentration methods
environmental modeling
filtration
Geographic information systems (GIS)
GIS – used for the capture
GIS programming.
GIS programming. I specialize in developing custom programs to perform spatial analyses. I have developed programs to create fuzz
heavy metal and other contaminant analysis; Line transect surveys for marine mammals;Polls and attitudinal surveys; Conservation policy experience
Hilbert-Huang Transformation (HHT)
Hurricane intensification
including pcr
Kernel-based principal component analysis
management
manipulation
manufacturing nano-fibers
Metadata and content-based search
microarray manufacturing
modeling
Molecular biology
Molecular biology techniques; genetic and phenotypic analyses; bio-imaging
nano-particles and nano-mats
non-linear optimization
PCB
Plenty
protein immobilization methods
storage
The 2nd generation wavelet transformation
ultra-sensitive immunoassay techniques
used to solve complex spatial planning problems Linear Programming – structuring combinatorially complex problems as a large set of

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