Anthony D. Rhodes
Office: NH M324
Ph.D. Mathematical Sciences, Portland State University. (in progress)
<>Allied Field: Computer Science; Focus: Machine Learning
<>Dissertation: "Efficient Object Localizaton for Situation Recognition in Computer Vision."
<>Advisors: Melanie Mitchell, Computer Science, Portland State University;Bruno Jedynak, Statistics, Portland State University.
M.S. Mathematics, Portland State University.
<>Foci: Algebra, Topology, Discrete Mathematics, Analysis.
<>Thesis: "The Algebraic Structure of Cellular Automata."
G.C.C.I. Graduate Certificate in Computational Intelligence, Portland State University.
G.C.A.S. Graduate Certificate in Applied Statistics, Portland State University.
M.A. History, Philosophy and German Studies, Portland State University.
<>Focus: Modern European Intellectual History
<>Thesis: "Jacob Burckhardt: History and the Greeks in the Modern Context."
B.A. Mathematics, with distinction, UC San Diego.
B.A. History, Minor: Classical Studies, with distinction, UC San Diego.
Rhodes, A. D., Quinn, M. H., and Mitchell, M. (2016).Fast on-line kernel density estimation for active object localization. Submitted for publication November, 2016
Quinn, M. H., Rhodes, A. D., and Mitchell, M. (2016). Active object localization in visual situations. Submitted for publication July, 2016
"Bayesian Optimization with Gaussian Processes for Active Object Localization" (expected 2016)
Research Assistantship in Machine Learning and Visual Situation Recognition (Winter 2015-Present): Abstract
<> This project investigates a novel approach to building computer systems that can recognize visual situations;
the approach explored integrates two previously-studied approaches: brain-inspired neural networks for lower-lever
vision and cognitive-level models of concepts and analogy-making.
<> Project is funded by the National Science Foundation (NSF).
<> Advisor: Melanie Mitchell , Computer Science, Portland State University.
Lectures in Mathematics for Complex Systems Science (2014):
<> Content/curriculum creation for large-scale courses for http://www.complexityexplorer.org,
a web-based repository of educational materials related to complex systems science.
<>Advisor: Melanie Mitchell, Computer Science, Portland State University.
*Click image to view my lecture series for 'complexity explorer' MOOC*
Statistics Consultation for University Mathematics Placement Scores (Spring 2014):
<> Directed a study to determine the overall efficacy of the undergraduate placement examination process at Portland State University.
<> Advisor: Mara Tableman (Statistics/Mathematics), Portland State University.
Some Papers and Lecture Materials
<>"Lectures in Graph Theory and Complex Systems," Part 1 Part 2 Part 3 Part 4 Part 5 Part 6 Part 7 Part 8 Part 9
<>"Lectures in Numerical Analysis," Part 1 Part 2 Part 3 Part 4 Part 5 Part 6 Part7 Part 8 Part 9 Part 10 Part 11 Part 12 Part 13 Part 14 Part 15
<>"The Algebraic Structure of Cellular Automata," pp. 28. PDF
<>"Jacob Burckhardt: History and the Greeks in the Modern Context," pp. 119. PDF
<>"A Statistical Analysis of Undergraduate Mathematics Placement Scores at Portland State University," pp. 19. PDF
<>"The Case Against Computational Theory of Mind: A Refutation of Mathematically-Contigent Weak A.I.," pp. 27.
Listen to my music here: Umberto
Courses I Have Taught Previously
Math 30: Pre-Algebra
Math 60: Algebra/Geometry I
Math 65: Algebra/Geometry II
Math 95: Intermediate Algebra/Geometry
Math 105: Exploring Mathematics
Math 107: Math & Society
Math 111: Pre-Calculus I
Math 112: Pre-Calculus II/Trigonometry
Math 171: Computational Calculus I
Math 172: Computational Calculus II
Math 221: Finite Mathematics
Math 241: Calculus for Business/Economics
Math 243: Statistics/Probability I
Math 244: Statistics II
Math 251: Calculus I
Math 252: Calculus II
Math 253: Calculus III
Math 254: Calculus IV
Math 256: Intro to Differential Equations
Math 261: Intro to Linear Algebra
Math 273: Vector Calculus
*Math 300: Computational Mathematics & Numerical Analysis
Math 321: Ordinary Differential Equations
*Math 398: History of Mathematics
*[MOOC]: Matrix Algebra & Applications to Complex Systems
*[MOOC]: Graph Theory/Network Theory & Applications to Complex Systems
*Designed (and taught) curriculum
*Calculus Lecture: Day One