Graduate Colloquium Series: Mr. Ashani Dasgupta

EMS Building, Room E423 E423; 3200 N Cramer St, Milwaukee, WI, United States

Drawing Category Theory (For Those Who Know Nothing About It) Mr. Ashani Dasgupta University of Wisconsin-Milwaukee PhD Graduate Student - Teaching Assistant “We will draw easy pictures to understand fancy words such as “direct limit”, “inverse limit”, “Hom functor”. We... Read More

Free

Graduate Colloquium Series: Mr. John Jurkiewicz

EMS Building, Room E408 E408; 3200 N Cramer St., Milwaukee, WI, United States

Discrete Dynamical Systems Mr. John Jurkiewicz University of Wisconsin-Milwaukee PhD Graduate Student – Teaching Assistant “We will discuss discrete-time dynamical systems, giving definitions and some examples. We will culminate by stating without proof Sarkovsky’s Theorem on the periodicity of points... Read More

Free

Graduate Colloquium Series: Mr. Daniel Gulbrandsen

EMS Building, E408 3200 N Cramer St, Milwaukee, WI, United States

Visualizing the Gromov Boundary Mr. Daniel Gulbrandsen University of Wisconsin-Milwaukee PhD Graduate Student – Teaching Assistant “We will begin with some background of geometric group theory, including notions of quasi-isometry and delta-hyperbolicity. Then, we will define the Gromov boundary and... Read More

Free

Graduate Colloquium Series: Mr. Sahadeb Upretee

EMS Building, Room E423 E423; 3200 N Cramer St, Milwaukee, WI, United States

Estimating Distortion Risk Measures under Truncated and Censored Data Mr. Sahadeb Upretee University of Wisconsin-Milwaukee PhD Graduate Student – Dissertator “We will discuss examples of distortion risk measures and model uncertainty.”

Free

Graduate Colloquium Series: Mr. Prayagdeep Parija

EMS Building, E408 3200 N Cramer St, Milwaukee, WI, United States

Erdos–Rényi Model of Random Graphs Mr. Prayagdeep Parija University of Wisconsin-Milwaukee PhD Graduate Student – Teaching Assistant “We introduce the Erdos–Rényi model of random graphs and discuss the phase transition that occurs in it.”

Free

Graduate Student Colloquium Series: Mr. Andrew Frohmader

EMS Building, Room E408 E408; 3200 N Cramer St., Milwaukee, WI, United States

Epsilon-local Rigidity and Numerical Algebraic Geometry Mr. Andrew Frohmader University of Wisconsin-Milwaukee MS Graduate Student – Teaching Assistant “We will discuss graph rigidity and numerical algebraic geometry. This is a joint work with Alexander Heaton.”

Free

Graduate Student Colloquium: Mr. Daniel Gulbrandsen

EMS Building, Room E495 E495; 3200 N Cramer St., Milwaukee, WI, United States

  Cube Complexes and Robotics Mr. Daniel Gulbrandsen Graduate Teaching Assistant University of Wisconsin - Milwaukee “A robotic snake is a two dimensional figure depicting possible movements of a robotic arm subjected to certain simplifying conditions. In this talk we... Read More

Graduate Student Colloquium: Mr. Prayagdeep Parija

EMS Building 3200 N Cramer St, Milwaukee, WI, United States

The Doomsday Argument and other paradoxes Mr. Prayagdeep Parija Graduate Teaching Assistant University of Wisconsin - Milwaukee “How long will the human race survive? We will present and discuss the (in-?) famous doomsday argument which proposes an answer to the... Read More

Graduate Student Colloquium: Mr. Daniel Noelck

EMS Building, Room E495 E495; 3200 N Cramer St., Milwaukee, WI, United States

Coupling of Diffusions by Reflection Mr. Daniel Noelck Dissertator University of Wisconsin - Milwaukee “Assume two independent random walks with identical transition probabilities but different starting points run until they meet. The instance they meet is called the coupling time,... Read More

Graduate Student Colloquium: Ms. Gitte Kremling

EMS Building, Room E495 E495; 3200 N Cramer St., Milwaukee, WI, United States

Deep neural networks as kernel machines: An approach to explain the mysteriously superb performance of ANNs Ms. Gitte Kremling Graduate Teaching Assistant University of Wisconsin - Milwaukee “Due to their extremely good performance, artificial neural networks (ANNs) have been a... Read More