• Atlantic Graph Theory Seminar: Dr Melissa Huggan (Ryerson University)

    Zoom seminar

    The Cheating Robot and Insider Information Throughout this talk, we explore a deterministic model as an alternative approach to studying simultaneous play combinatorial games. We call this the Cheating Robot model. This model forces both players to move at the

  • Atlantic Graph Theory Seminar: Dr Erin Meger (Université du Québec à Montréal)

    Zoom seminar

    The Iterated Local Model for Social Networks Complex networks are said to exhibit four key properties: large scale, evolving over time, small world properties, and power law degree distribution. The Preferential Attachment Model (Barab´asi–Albert, 1999) and the ACL Preferential Attachment

  • Atlantic Graph Theory Seminar: Dr. Hugh Thomas, UQAM

    Zoom seminar

    Dynamical algebraic combinatorics and independence sets of graphs Dynamical algebraic combinatorics is a relatively new (and fun!) topic, which looks at cyclic group actions on objects from algebraic combinatorics, inspired by some questions coming from dynamical systems. I will give

  • Atlantic Graph Theory Seminar: Dr Anthony Bonato, Ryerson University

    Zoom seminar

    The localization game played on graph Graph searching investigates combinatorial models for the detection or neutralization of an adversary’s activity on a network. One such model is the localization game, where pursuers use distance probes to capture an invisible evader.

  • Atlantic Graph Theory Seminar: Dr Nancy Clarke, Acadia University

    Zoom seminar

    The Atlantic Graph Theory Seminar series will take place every Wednesday from 3:30-4:30 ADT online via zoom. The talks, provided by researchers, postdocs and graduate students, will be on a variety of current topics in graph theory. If you would

  • Atlantic Graph Theory Seminar: Dr Peter Danziger, Ryerson University

    Zoom seminar

    The Atlantic Graph Theory Seminar series will take place every Wednesday from 3:30-4:30 ADT online via zoom. The talks, provided by researchers, postdocs and graduate students, will be on a variety of current topics in graph theory. If you would