Expert Details
Mathematical Modeling, Statistics, Computer Vision, Electromagnetism, Gravity, Relativity
ID: 728110
Texas, USA
Applied Statistics
Expert's present work includes theoretical and subsequent numerical (computer) modeling of the dynamics of apparatus to perform various physics experiments.
The data analysis involves signal processing for extraction of a tiny signal from a very noisy environment. Techniques include matched filters, Fourier analysis, applied statistics of various kinds, and multivariate optimization.
Computer Vision, Image Processing & Pattern Recognition
Expert designed systems, composed algorithms, and wrote computer code - mostly in C and C++ - for computer vision. Applications included (automatic) medical MRI and Xray image analysis, robot vision and robot
guidance, and optical inspection. Techniques included pattern recognition, machine learning, and basic image processing. The robot vision included autonomous vehicle navigation utilizing structure from motion and binocular vision. The medical image analysis included image segmentation using various statistical techniques, including Bayesian probability, maximum likelihood, maximum entropy, simulated annealing, and analysis of variance.
Some of his algorithms are patented and in use in hospitals throughout the world.
Electromagnetism and Special Relativity: Fundamental Theory and Mathematics of Propagation
Expert has a PhD in propagation of EM fields, especially lasers, in non-linear media and in waveguides. He has written several papers on classical and quantum EM theory and special relativity, including novel extensions to the standard theory. He is a reviewer for Mathematical Reviews, writing short reviews of papers in particular on special relativity and electromagnetic theory. Currently Expert is a theoretician for a research group with an emphasis on performing experimental tests of novel theories of gravity and electromagnetic theory.
Agfa-Gevaert, Belgium: Design and implementation in C of algorithms for automatic image analysis in digital radiography.Davy-McKee Engineering, UK: Design and implementation in Pascal of algorithms for vision-guided robot welding.
Hospitals in UK: Design and implementation in hardware and software for processing of X-ray images.
Education
Year | Degree | Subject | Institution |
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Year: 1987 | Degree: PhD | Subject: Physics of Eletromagnetic Propagation | Institution: University of Southampton, UK |
Year: 1980 | Degree: BSc | Subject: Physical Electronics | Institution: University of Southampton, UK |
Work History
Years | Employer | Title | Department |
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Years: 1997 to Present | Employer: Undisclosed | Title: Senior Research Physicist | Department: |
Responsibilities:Theoretician for novel experiments in physics, including novel extensions to standard electromagnetic, theory and general relativity. Design experiments to test these theories for. Collaborate with laboratory personnel to implement design and analyze the data.Publish papers on the novel theories; attend conferences. |
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Years | Employer | Title | Department |
Years: 1994 to 1997 | Employer: Princeton University | Title: Visiting Scholar | Department: Department of Engineering |
Responsibilities:Mathematical modeling of extremely noisy time-series data. Design experiments to test of parametric models. Perform statistical analysis of results. Write computer code for real-time high speed-signal analysis on a dedicated processor. |
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Years | Employer | Title | Department |
Years: 1991 to 1994 | Employer: Agfa-Geveart | Title: Consultant | Department: Michelsesteenweg, Antwerp, Belgium |
Responsibilities:Write proposals and design algorithms for automatic analysis of medical digital radiography images. Write C-code to order to perform the analysis. |
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Years | Employer | Title | Department |
Years: 1989 to 1991 | Employer: IBM | Title: Research Fellow | Department: Research Center, Winchester |
Responsibilities:Lead team of three in the design of algorithms for automatic analysis of medical X-ray images. Write C-code to order to perform the analysis. |
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Years | Employer | Title | Department |
Years: 1985 to 1988 | Employer: Plessey-Siemens | Title: Senior Principal Engineer | Department: Roke-Manor Research Facility |
Responsibilities:Design and implement algorithms for autonomous guidance of robot vehicles though image analysis. Range-finding through structure from motion. Present results at conferences. Make presentations and appeals to Government agencies for funding. |
International Experience
Years | Country / Region | Summary |
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Years: 1991 to 1994 | Country / Region: Belgium | Summary: Agfa-Gevaert: Write proposals and design algorithms for automatic analysis of medical digital radiography images. Write C-code to order to perform the analysis. |
Years: 1989 to 1991 | Country / Region: UK | Summary: IBM: Lead team of three in the design of algorithms for automatic analysis of medical X-ray images. Write C-code to order to perform the analysis. |
Years: 1985 to 1988 | Country / Region: UK | Summary: Design and implement algorithms for autonomous guidance of robot vehicles though image analysis. Range-finding through structure from motion. Present results at conferences. Make presentations and appeals to Government agencies for funding. |
Career Accomplishments
Professional Appointments |
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Associate Editor, Journal of Scientific Exploration; Membership of several committees for conferences in physics. |
Awards / Recognition |
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Rank Prize Fund Award. Fetzer / Princeton University Visiting Scholar. |
Publications and Patents Summary |
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22 paper publications, 19 review and letter publications, book in progress for Wiley. Endorser for arXiv.org. Author of a few pages in Wikipedia. Joint author of international (US, Europe, Japan) patents for automatic image analysis, in particular for digital radiography. |
Additional Experience
Training / Seminars |
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Part-time and Temporary University and Lecturer in Mathematics, Physics, and Computer Programming. Organized conferences, chaired sessions. |
Marketing Experience |
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Wrote report on the future of Robot Vision for Siemens. Represented Siemens in appeals for UK Government Funding of Computer Vision. |
Other Relevant Experience |
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Good public speaker & presenter. Given numerous presentations at conferences. Assistant editor of Scientific Journal. |
Fields of Expertise
mathematical analysis, mathematical model, mathematical modeling, mathematical theory, optimization, mathematical optimization model, computer mathematics, computational mathematics, harmonic analysis, numerical optimization, mathematics software, predictive modeling, dynamic modeling, statistics, analysis of variance, Bayesian probability, F distribution, probability, applied statistics, multivariate statistical analysis, factor analysis, binocular vision, computer vision, image processing, pattern recognition, optical inspection, robot vision, infrared imaging application, artificial intelligence, electromagnetic theory, electrodynamics, electromagnetic field, high intensity radiated field, estimate, direct simulation monte carlo, gaussmeter, hidden Markov model, maximum entropy deconvolution, magnetic levitation, Student's t statistic, conformal mapping, acutance, atmospheric attenuation, finite element method, electromagnetic induction, electric flux, electric field strength, electric displacement, magnetic susceptibility, Matlab, Fermi-Dirac statistics, Bose-Einstein statistics, quantum statistics, nuclear force, Coulomb field, magnetic force, Coulomb's law, magnetic flux, conservative field, Faraday effect, escape velocity, Gauss's law, galvanometer, data correlation, welding robot, electric field effect, electrooptics, electronic imaging application, three-dimensional machine vision, magnetic field theory, computer simulation, binomial mathematical distribution, electric current energy, electric charge energy, electromagnetic component, electric field, magnetic field, physical property, nonparametric statistics, gaming model, finite element analysis, electrostatic field, magnetism