BRUCE CHRISTOPHER WHEELER University of Florida J. Crayton ...
BRUCE CHRISTOPHER WHEELER University of Florida J. Crayton ...
BRUCE CHRISTOPHER WHEELER University of Florida J. Crayton ...
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Nam, Y. “Engineering principles to design and analyze patterned neuronal cultures using multielectrode<br />
array,” PhD Electrical Engineering, September 2005. Dr. Nam is an Asst Pr<strong>of</strong>. Korean Advanced Institute for<br />
Science and Technology.<br />
Musick, K. PhD Electrical Engineering, “Three-dimensional microelectrode array for recording dissociated<br />
neuronal cultures,” June 2008.<br />
Scharnweber, R., Neuronal polarization and axonal mRNA localization on micr<strong>of</strong>abricated substrates, PhD,<br />
Neuroscience, 2009, MD expected 2009.<br />
Khatami, D. Design, Considerations For Electrical Stimulation And Functional Connectivity Analysis Of<br />
Neuronal Networks Patterned On Microelectrode Arrays, PhD, Elect. Eng. 2008. MD expected 2010.<br />
M.S.<br />
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Harvath, A.R. "Fabrication <strong>of</strong> a covered chamber in silicon," M.S. 1984, EE..<br />
Valesano,W.R. "Multichannel neural data acquisition system with real-time digital filtering," M.S. 1984, EE..<br />
Baillargeon, J.B. "Fabrication <strong>of</strong> a field effect transistor for use in aqueous environments," M.S. 1984, EE.<br />
Novak, J.L. "Simultaneous neural recording with a durable, easily reproducible multimicroelectrode array," M.S.<br />
1985, EE.<br />
Boggs, B.A. "Fabrication <strong>of</strong> a potassium sensor based on an insulated gate FET," M.S. 1985, EE.<br />
Smith,S.A. "Performance <strong>of</strong> neural signal detection techniques for real-time data acquisition," MS. 1985, EE.<br />
Stevenson, P.E. "Fabrication <strong>of</strong> a silicon based microelectrode," M.S. 1985, EE.<br />
Hula, D.L. "A PMOS process for the Illinois Fab II lab", M.S. 1986, EE.<br />
Ficht, D.A.,"Electrode array development for advanced brain slice recordings," M.S. 1987, EE.<br />
Valenti, A."An automated learning phase system for multiunit neural classification," M.S. 1987, EE.<br />
Bhyrabvhotla, U. "Hybrid circuit impedance monitoring device for estrus detection," M.S. 1988, EE.<br />
Willming, D., "Performance <strong>of</strong> a real-time neural signal analysis system based upon the TMS320C25 digital<br />
signal processor," M.S. 1988, EE.<br />
Tang, B. "Fabrication <strong>of</strong> a perforated multichannel microelectrode array," M.S. 1989, EE.<br />
Chapman, D. "A competitive neural network model <strong>of</strong> the cockroach escape response," M.S. 1989, EE.<br />
Brown, S. "Multichannel spike simulation package," M.S. 1989.<br />
Boppart, S. "An approach toward a flexible microelectrode array net for extended neural recordings," M.S. 1991,<br />
EE.<br />
Katz, J., "Neural network analysis <strong>of</strong> FTIR-PAS spectral data from infected corn," M.S. 1991, EE.<br />
Fang, L. "Multiple unit action potential sorting: investigation <strong>of</strong> features, algorithms, and parameters for a fully<br />
automated system," M.S., 1994, EE.<br />
Chang, J. “A novel, thin silicon oxide coating for multielectrode array surface modification,” MS., 1997, EE.<br />
Venkateswar, R. “A method for microstamping gradients <strong>of</strong> biomolecules,”M.S., 1998, EE.<br />
Shah, M. “Using optical tweezers to position cells on patterned substrates,” M.S. 1999, EE.<br />
Henry, I., “Spike detection metrics: error estimation for an automated spike sorting system,” MS, 2000, EE.<br />
Zheng, Yang, “Real-time realization issues <strong>of</strong> the localization and the extraction algorithm,” MS, 2002, EE.<br />
Nam, Y., “Implementation <strong>of</strong> alkanethiol based linking chemistry on microelectrode arrays for neural<br />
engineering,” MS, 2003, ECE.<br />
Phatak, Sandeep, “Analysis <strong>of</strong> acoustics <strong>of</strong> environment and effect <strong>of</strong> a reflector on localization,” M.S., 2003,<br />
ECE.<br />
Lam, L. 2003. “Evaluation <strong>of</strong> feature extraction techniques for classification <strong>of</strong> tetrode recordings <strong>of</strong> action<br />
potentials”, MS, 2003, ECE.<br />
Krishnan, B., “Evaluation <strong>of</strong> wavelet-based methods for spike sorting, M.S. 2004, ECE.<br />
Khatami, D., “Effects <strong>of</strong> spatial confinement on the spontaneous and evoked activity <strong>of</strong> linearly patterned<br />
biological neural networks,” MS, 2004, ECE.<br />
Chen, H., “Evaluation <strong>of</strong> algorithms for displaying apparent connectivity in neuronal networks”, MS, 2004, ECE.<br />
Musick, Katherine, “Microstamped electrodes with pdms insulator: a design towards disposable and inexpensive<br />
microelectrode arrays,” MS ECE, 2005.<br />
Wang, M., comparison <strong>of</strong> multichannel neural signal processing techniques, MS expected 2010.<br />
Thalji, S., signal processing for neural studies, MS expected 2010.<br />
Subramaniam, S. Patterned neural culture leads to enhanced learning. MS expected 2010<br />
Joag, C. Standalone stimulator for neural cultures for long term use in incubators. MS expected 2010.<br />
December 2009 Bruce C. Wheeler p. 18/23
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