2013 Poster Sessions

Poster Information

The SFU Mathematics Department invites undergraduate and graduate research students, postdoctoral fellows and faculty members to participate in the 2013 SFU Symposium on Mathematics and Computation Poster Session.

The only requirement is that the poster has mathematics in it. It may be applied, pure, computational or experimental mathematics. If you have already prepared a poster for a presentation at another scientific meeting this year, and you would like to present it to members of the Department, this is an appropriate venue. If you wish to present a computer demo this is also possible.

Prizes

There will be one prize of $200 (winner) and one prize of $100 (runner-up) for the best undergraduate poster, and one prize of $200 (winner) and one prize of $100 (runner-up) for the best graduate poster. Judging will be based on both content and presentation.

Submission Details

Poster titles must be submitted via the online registration form by August 1st, 2013. Presenters are responsible for printing their own poster.

Display Details

The posters will be displayed in the IRMACS atrium. Poster presenters can set up their posters as early as 9:00am on August 7th, 2013. The poster and demo session will take place from 11:15am to 1:15pm. Awards will be made at 4:30pm, followed by a presentation of the winning undergraduate and winning graduate poster.

Posters and People

(48 results) Download as CSV

Namesort ascendingAffiliationPoster Title
XIAO LUONSERCOptimal Movement of Sensors for the Fault-tolerant Coverage of Line Segment
Wei ChenSimon Fraser University Department of MathematicsDeterminants of Matrices With Polynomial Entries
Vijaykumar SinghPIMS-SFU-UBCOn Mermin-type proofs of the Kochen-Specker theorem
Todd MuirheadSFU Research Award Project Created an interactive fractal applet for Randall Pyke.Simulating the chaos game to draw fractals interactively
Sonja SurjanovicSFU StatisticsQuantifying Uncertainty with Polynomial Chaos
scnr_engine_name1scnr_engine_sink_tracer_219642e276780b249bc3b152ef18447f
scnr_engine_name11scnr_engine_sink_tracer_219642e276780b249bc3b152ef18447f
scnr_engine_name1scnr_engine_sink_tracer_219642e276780b249bc3b152ef18447f
scnr_engine_name1scnr_engine_sink_tracer_219642e276780b249bc3b152ef18447f1
scnr_engine_namescnr_engine_sink_tracer_219642e276780b249bc3b152ef18447f1
scnr_engine_name1scnr_engine_sink_tracer_219642e276780b249bc3b152ef18447f1
scnr_engine_namescnr_engine_sink_tracer_219642e276780b249bc3b152ef18447f1
Ryan McBrideComputing ScienceFast Polynomial Division: Heaps of Improvements
Ryan GoldadeUBCReal-Time Smoke and Fire using Triangle Meshes
RobertwedCastle high schoolSUBJ1
Roberto ArmentaSimon Fraser UniversityHigh-Order Finite-Difference Methods for Modelling Electromagnetic Wave Propagation
Peter GrypmaTrinity Western UniversityThe SMART filter as an efficient data assimilation method in geophysical fluid dynamics
Matthew GibsonSimon Fraser University NSERC USRA Undergraduate ResearchGCD Computation for Dense Bivariate Polynomials
Marshall LawUSRA at SFUDynamic Field Theory: Models of Gazing Behavior
Marko MitrovicSimon Fraser UniversityHilbert Bases in Matroids

Pages