This will then be applied to a population model of mutualisms to show conditions under which coevolution of a mutualism is possible. We will discuss properties of two stage as well as multi-stage models, and how these properties may influence the design of algorithms for this class of problems. Time permitting, we will also present stochastic analogs of standard deterministic duality. It includes an introduction to intuitionistic logic and its semantics. In this semantics truth is a function on a partially ordered set.
Intuitionistic logic includes classical logic as a special case.
This fact makes it possible to use certain partially ordered sets to construct classical models of set theory, such as those in which the continuum hypothesis is true or false. The second part of the talk will describe, how Burgers' equation arises in probability theory and how an interesting stochastic version arises from a relation to superprocesses. Finally, following the principle that one should always leave the audience happy, there will be a brief movie showing different types of superprocesses. We will explore the fundamentals of parametric curves with an activity, and move on to Bezier curves and how they are used to generate letters and symbols in laser printers. Departmental Announcements No Announcements.