W. David Joyner
Research Interests: graph theory, error-correcting codes, representation theory and applications, harmonic analysis on groups, applications of number theory/group theory to communication theory and cryptography, analytic number theory.
Ph.D.: University of Maryland-College Park, 1983-05-23
Other interests: Writing, chess, photography, cinema, history of mathematics and history of cryptography.
Brief Research Biography
- University of Maryland, College Park (Ph.D. in Mathematics, May 1983; advisor: John Benedetto)
- Georgia Institute of Technology, Atlanta (B.S. in Applied Mathematics, June 1981)
- U. S. Naval Academy, Annapolis, MD (8/1987 – 12/2018), now retired
- Institute for Advanced Study, Princeton N.J. (Member, 4/1985 – 7/1987, NSF Fellow)
- Princeton University (Instructor, 9/1985-6/1986, NSF Fellow)
- University of California at San Diego, La Jolla, Ca. (Assist. Prof., 7/1984-3/1985, NSF Fellow)
- University of Maryland, College Park (Research Instructor and Graduate Teaching Assistant, 9/1983-5/1984)
- Georgia Institute of Technology, Atlanta (Undergraduate Teaching Assistant and Graduate Teaching Assistant, 9/1979-8/1981)
USNA Faculty Researcher of the Year Award, 2007.
- “Zeta functions and their associated operators,” unpublished paper from 1981
- “A note on gaps between zeroes of L-functions,” unpublished paper dating from 1984.
- “Summation operators and ‘explicit formulas'”, Port. Math. 44(1987)119-130. (paper – basically my PhD thesis)
- “On the metaplectic analog of Kazhdan’s ‘endoscopic’ lifting”, Isr. J. Math. 61 (1988)113-154. (paper)
- “On the Kuznetsov-Bruggeman Formula for a Hilbert Modular Surface Having One Cusp”, Math. Zeit. 203(1990)59-104, Errata, Math. Zeit.205(1990)163. corrected version
- “On twisted orbital integral identities for PGL(3) over a p-adic field”, Can. J. Math. 31(1991)1098-1130. paper
- “On the Montgomery-Dyson hypothesis”, in Proceedings of the Amalfi Analytic Number Theory Conference, Univ. de Salerno, 1992. paper
- “Remarks on the Bruggeman-Kutznetsov formula”, Proceedings of the Amalfi Analytic Number Theory Conference, Univ. de Salerno, 1992.
- “Simple local trace formulas for unramified p-adic groups”, Pac. J. Math.154(1992)103-129.
- with Roland Martin, “Decomposing Lie Algebra Representations Using Crystal Graphs”, SAC Newsletter, no. 2, June 1997, pp. 27-34. paper
- with R. Martin, “Using crystal graphs to decompose Lie algebra representations”, SIGSAM Bull. 31 Dec. 1997.
- with R. Martin, “Branching rules for Lie algebra representations using crystal graphs”, Maple Tech. 25(1998)23-27. paper
- “A correspondence for the generalized Hecke algebra of the metaplectic cover of SL(2,F), F p-adic,” New York J. of Math. 4 (1998) 223-235. On the NYJM web page
- with David Jabon, “On stable characters of tamely ramified supercuspidal representations of small unitary groups”, Far East J. of Math. Sci. 1 (1999)443-454
- “On the unitary dual of the metaplectic cover of SL(2,F), for F p-adic,” unpublished paper, 1999.
- “A correspondence for the supercuspidal representations of the metaplectic cover of SL(2,F), F p-adic,” Archiv der Math. vol 73(1999)332-340
- “On finite dimensional representations of non-connected reductive groups,” J. of Lie Theory 10(2000)269-284. On the JLT web page
- “Invariant distributions on the n-fold metaplectic covers of GL(r,F), F p-adic,” J. Fourier Anal. and Appl. 7(2001)343-358.
- with Salahoddin Shokranian, “Remarks on codes from Goppa curves: MAPLE applications,” in Coding Theory and Cryptography: From Enigma and Geheimschreiber to Coding Theory, Springer-Verlag, 2000.citeseer (there is a Magma version at the math arXivs
- with Dennis Spellman, Georgia M. Benkart, Anthony M. Gaglione, Mark E. Kidwell, Mark D. Meyerson and William P. Wardlaw, “Principal ideals and associate rings,” JP Journal of Algebra, number theory, and applications 2(2002)181-193. paper
- with Michael Fourte, “Odd King Tours on Even Chessboards,” Journal of Recreational Mathematics 31(2003)173-177.
- “Arithmetic of characters of generalized symmetric groups,” Archiv der Mathematik, vol 81 (2003)113–120.
- with Helena Verrill, “Notes on toric varieties,” preprint at math arxivs. “Computing with toric varieties,” J. Symb. Comp. Volume 42 (2007)511-532 .
- “Toric codes over finite fields”, AAECC, vol. 15, Number 1 (2004)63 – 79. A version may be found at math arXivs
- with Will Traves, “Representations of finite groups on Riemann-Roch spaces,” available at math arXivs.
- with Pablo Legarraga, “Smoothness Properties of Varieties of Borels and Schubert Varieties,” (appeared in Revista UMA, vol. 45, 2004, pp 69-74). A similar version (using different methods) under the title “On the variety of Borels in relative position w” is available at math arXivs.
- with Amy Ksir, “Representations of finite groups on Riemann-Roch spaces, II” is available at math arxivs. (published version was renamed “Decomposing representations of finite groups on Riemann-Roch spaces” Proc. Amer. Math. Soc. 135 (2007), 3465-3476. )
- (with Amy Ksir) “Automorphism groups of some AG codes” IEEE Trans. Info. Theory, vol 52, July 2006, pp 3325-3329.
IEEE version, math arXiv version.
- “Open Source Computer Algebra Systems – Maxima”, ACM Communications in Computer Algebra, Volume 40, Number 3/4 – September/December 2006 – Issue 157/158.
- with Robert Guralnick and Daniel Goldstein, “A Question about Pic(X) as a G-module,” is available at math arXivs. (Computational Aspects of Algebraic Curves, (Editor: T. Shaska) Lecture Notes in Computing, WorldScientific, 2005.)
- with Alexander Konovalov, “Applications of the computer algebra system GAP in coding theory,” 2nd International conference Modern coding methods in electronic systems October 26-27, 2004, Sumy, Ukraine. Abstracts. Sumy University Publishers, Sumy, 2004. Pages 18-19. It is available, but only in Ukrainian, and as a pdf file.
- “Conjectural permutation decoding of some AG codes” Communications in Computer Algebra (formerly “SIGSAM Bull”), vol 39, March 2005, pages 166-172.
- (with Amy Ksir) “Modular representations on some Riemann-Roch spaces of modular curves X(N)” (Computational Aspects of Algebraic Curves, (Editor: T. Shaska) Lecture Notes in Computing, WorldScientific, 2005.)
- (with William Stein) “SAGE: System for Algebra and Geometry Experimentation”, Communications in Computer Algebra, vol 39, June 2005, pages 61-64.
- “GUAVA: An error-correcting codes package” Communications in Computer Algebra, vol 39, June 2005, pages 65-68.
- “Mathematics of Ghaly’s machine”, Integers
- (with S. McMath, F. Crabbe) “Continued fractions and Parallel SQUFOF”, International Journal of Pure and Applied Mathematics volume 34, Number 1 (2007)19-38. See math arXivs.
- (with Amy Ksir, Will Traves) “Automorphism groups of GRS codes” in Advances in coding theory and cryptology, (T. Shaska, W. C. Huffman, D. Joyner, V. Ustimenko, editors), World Scientific, 2007.
- (with Amy Ksir, Roger Vogeler) “Group representations on Riemann-Roch spaces of some Hurwitz curves” Albanian Journal of Mathematics, Volume 1, Number 2 (2007)67-85 (electronic version). math arXivs.
- “Open Source Computer Algebra Systems – Axiom”, ACM Communications in Computer Algebra, Volume Volume 42, Number 2 – June 2008 – Issue 164.
- “A primer on computational group homology and cohomology.” . Proceedings of the Gaglione conference, entitled Aspects of Infinite Groups (ed. Ben Fine, G. Rosenberger, D. Spellman), World Scientific Press, 2008.
- “Quadratic residue codes and hyperelliptic curves”, Discrete Mathematics and Theoretical Computer Science, vol 10(2008) 129-146.
- (with David Kohel) “Groups and SAGE”, in Computational Group Theory and the Theory of Groups, AMS “Contemporary Mathematics” series vol. 470 (ed. Luise-Charlotte Kappe, Arturo Magidin, Robert Morse), 2008, pp. 115-140. (Here is the pdf.)
- with Amy Ksir and Darren Glass, “Codes from Riemann-Roch spaces for y2 = xp-x over GF(p)”, Algebraic and Combinatorial Coding Theory in Honour of the Retirement of Vera Pless, a special issue of International. J. of Information and Coding Theory, (editors: Philippe Gaborit, Jon-Lark Kim, Patrick Sole, and Isaac Woungang), 2010. pdf
- with Amy Ksir and Caroline Melles, “Automorphism Groups on Tropical Curves: Some Cohomology Calculations.” Beitrage zur Algebra und Geometrie, Volume 53, Issue 1 (2012)41-56.
- with Chris Christensen and Jenna Torres, “Lester Hill’s error-detecting codes”, Cryptologia, 36(2011)88-103.
- with Ondrej Certik, Aaron Meurer, Brian Granger, “Open Source Computer Algebra Systems: SymPy,” ACM Communications in Computer Algebra, (2012, December). Available: pdf
- with Charles Celerier, David Joyner, Caroline Melles, David Phillips, “On the Walsh-Hadamard transform of monotone Boolean functions” in Tbilisi Mathematical Journal Special Issue on Sage and Research, vol 5(2012)19-35
- “Zeros of Some Self-Reciprocal Polynomials”, in Excursions in Harmonic Analysis: The February Fourier Talks at the Norbert Wiener Center (Applied and Numerical Harmonic Analysis series), ed. Travis D Andrews, Radu Balan, John J. Benedetto, Wojciech Czaja, Kasso A. Okoudjou, Birkhäuser, Boston, 2013. Available: paper.
- book review: “Review of Algebraic Shift Register Sequences by Mark Goresky and Andrew Klapper” in Cryptologia, Vol. 37(2013)175-183.
- book review: “Review of Cryptographic Boolean Functions and Applications by Thomas Cusick and Pantelimon Stănică” in Cryptologia, Vol. 37(2013)189-192.
- “A note on cryptologic aspects of the Waberski trial”, 7 pages, 2013. pdf
- “Elizebeth Smith Friedman, up to 1934”, 20 pages, 2013. pdf
- with Charles Celerier, Caroline Melles, David Phillips, Steven Walsh, “Explorations of edge-weighted Cayley graphs and p-ary bent functions”, arxiv link.
A shorter version was published in INTEGERS, vol. 16 (2016)
- The Man Who Discovered God’s Number, College Math Journal, Sep. 2014 (http://dx.doi.org/10.4169/college.math.j.45.4.258)
- “An Application of Matrix Theory to Baseball Rankings”, Mathematica Militaris, 22(2017)29-39.
- with T. Shaska, “Self-inversive polynomials, curves, and codes”, pdf, in Algebraic curves and their fibrations in mathematical physics and arithmetic geometry, Eds A. Malmendier, T. Shaska, Contemporary Math., American Math. Soc., 2018.
- “Hill vs Hamming” (pdf, expository), 2016. (See also this blog post and this article.)
- (with Alfred J. Menezes, Paul C. van Oorschot, Tony Shaska), Coding theory, coding theory chapter for the new edition of CRC Handbook of Discrete and Combinatorial Mathematics, to appear.
- “Review of A Life in Code by Stuart G. Smith and The Woman Who Smashed Codes by Jason Fagone”, Cryptologia, 2018
- (with C. Melles), “On p-ary Bent Functions and Strongly Regular Graphs”, 2018, submitted.
- Distribution theorems of L-functions, Pitman Research Notes, vol 142, Longman Scientific and Technical, 1986. See also errata
- with G. Nakos, Linear algebra and its applications, Brooks-Cole (ITP), 1998.
- (editor) Coding Theory and Cryptography: From Enigma and Geheimschreiber to Coding Theory, (Proceedings of a conference held at the USNA, Oct 1998), Springer-Verlag, 2000 book web page
- Adventures with group theory: Rubik’s cube, Merlin’s machine, and other mathematical toys, 2nd ed., The Johns Hopkins Univer. Press, 2008. book web page, errata page
- with Rick Kreminski and JoAnn Turisco, Applied Abstract Algebra, The Johns Hopkins Univ Press, 2004. book web page
- (co-editor) Advances in coding theory and cryptology, (T. Shaska, W. C. Huffman, D. Joyner, V. Ustimenko, editors) Series on Coding Theory and Cryptology, 2. World Scientific Publishing Co. Pte. Ltd., Hackensack, NJ, 2007. x+267 pp.
- with William Granville, Differential calculus and Sage, Createspace, 2009. Available at amazon.com or free as a pdf, with latex source. Released under an open source cc-by-sa license.
- with Jon-Lark Kim, Selected unsolved problems in coding theory, Birkhäuser/Springer-Verlag, 2011. Available at amazon.com
- with Marshall Hampton, Differential equations with Sage, Johns Hopkins University Press, 2012.
- with Caroline Melles, Adventures in Graph Theory, Birkhauser, 2018.
- Screencast on Love, War and Zombies – Systems of Differential Equations using Sage, with slides.
- Lanchester’s equations video
- The Bifid and Vigenere ciphers and Sage screencast
- Fourier series – using Sage video