Table of Contents
My CV can be viewed as an
MS Word document or as
PDF file.
I belong to the Advanced
Network Systems Lab.
Linear Programming, Optimization, Wireless Mesh Network
Routing, Traffic Engineering, Operations Research, Algorithms,
Programming Languages, Limits of Computing, Computer Science Education,
Number Theory and Recreational Mathematics.
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Jonathan Wellons and Yuan Xue, "The Robust Joint Solution for Channel Assignment and Routing for Wireless Mesh Networks With Time Partitioning", for Ad Hoc Networks, 2011
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Jonathan Wellons and Yuan Xue, "Towards Robust and Efficient Routing in Multi-Radio, Multi-Channel Wireless Mesh Networks", in IEEE International Conference on Computer Communications (IEEE INFOCOM 2011) Mini-Conference, Shanghai, China, April 2011
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Jonathan Wellons and Julie Johnson, "A Grounded Theory Analysis of Introductory Computer Science Pedagogy", for Journal on Systemics, Cybernetics and Informatics, Volume 8, Number 6, 2011 (Journal version of IMETI paper below)
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Jonathan Wellons and Yuan Xue, "Node Placement in Robust Routing with Wireless Mesh Networks" for Mobile Computing and Communications Review, eds. Sneha Kumar Kasera, Lili Qiu, (to appear, 2011)
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Jonathan Wellons and Yuan Xue, "The Impact of Topology on Routing Efficiency in Wireless Mesh Networks", in The Annual International Conference on Mobile Computing and Networking (Mobicom) 2010 with ACM SIGMOBILE, (Chicago, IL), September 2010. (poster)
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Jonathan Wellons and Julie Johnson, "Planning and the novice programmer: How grounded theory research can lead to better interventions", in Proc. of IMETI 2010, Orlando, FL, (July 2010), Best Paper Award
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Shanshan Jiang, Yuan Xue, and Jonathan Wellons, "Quantitative Measurement of Routing Restoration Strategies for Multi-hop Wireless Networks", in Proc. of Wimesh 2009, Rome, Italy (June 2009)
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Jonathan Wellons, Liang Dai, Yuan Xue and Yi Cui, "Augmenting Predictive with Oblivious Routing for Wireless Mesh Networks Under Traffic Uncertainty", for Computer Networks: Special Issue on Multi-Hop Wireless Access Networks, eds. Raouf Boutaba, Sean Murphy, Albert Banchs (2009)
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Jonathan Wellons, Liang Dai, Bin Chang and Yuan Xue, "Wireless Mesh Network Routing Under Uncertain Demands", Contributed Chapter in Handbook of Wireless Mesh Networks, ed. Sudip Misra (Springer 2009)
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Jonathan Wellons, Liang Dai, Yi Cui and Yuan Xue, "Predictive or Oblivious: A Comparative Study of Routing Strategies for Wireless Mesh Networks Under Uncertain Demand", in
The Fifth Annual IEEE Communications Society Conference on Sensor, Mesh, and Ad Hoc Communications and Networks, San Francisco, CA, June 2008, [ppt]
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Jonathan
Wellons and Yuan Xue, "Oblivious Routing for Wireless Mesh Networks", in
IEEE International Conference on Communications (ICC), Beijing, China, May 2008, [ppt]
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Jonathan Wellons and John Wisneski, "DAUTI: Automated Universal Traffic Introspector", International Lisp Conference with ACM SIGPLAN, Cambridge, England, May 2007
I keep a Wordpress blog
with a mix
of scientific and personal content. Older entries can be found on Blogspot.
Most pictures don't use all the colors available to them. There are three variables in each pixel: red, green and blue, thus you can think of any renderable color as a point in a cube. What if we alter the colors of pixels in an image just enough so that the colors are evenly distributed in this cube? This program answers that question.
Given a set of digits, like 1, 2, 4 and 5, what are the numbers x such that x and x2 use only those digits? One such x and x2 is 111455112 = 124222415451121.
Here I've worked it out for up to 5 digits in the digit pool. I've included the first thousand solutions or up until x has 15 digits, whichever comes first. I submitted all of these solutions to the The On-Line Encyclopedia of Integer Sequences (OEIS).
Jonathan Wellons
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