Events

Applied Math Seminar – Xuan He (University of Alabama)

228 Gordon Palmer Hall Tuscaloosa, AL, United States

Title: Euler's elastica based models and algorithms in image processing Abstract: Elastica regularizers have been studied in recent years by the image processing community. In this talk, we will first discuss and compare properties of segmentation models with  L^1 and L^2 Elastica regularizers by using a  novel augmented Lagrangian method based algorithm that captures curvature

MATLAB Seminars

205 Gorgas Hall

Join us in a set of seminars on Machine Learning and Deep Learning organized by University Libraries and MathWorks, Inc. Registration is recommended. http://goo.gl/HtkdLV ; walk-ins are welcome. Session One, 9 - 11:30 a.m. Data Analytics with MATLAB Using Data Analytics to turn large volumes of complex data into actionable information can help you improve engineering design and

Analysis Seminar – Shibin Dai (University of Alabama)

227 Gordon Palmer Hall 505 Hackberry Lane, Tuscaloosa, AL, United States

Title: An introduction to Gamma convergence Abstract: Many mathematical problems involve parameters that make those problems more and more complex or degenerate. It is of great interest to study the limiting behavior when the parameter varies. One class of such problems can be studied in a variational framework. Writing $F_\epsilpon$ as a class of functional

Applied Math Seminar – Khanh Dinh (University of Alabama)

228 Gordon Palmer Hall Tuscaloosa, AL, United States

Title: An adaptive Magnus expansion method for solving the chemical master equation with time-dependent propensities   Abstract: The chemical master equation (CME) is a system of ordinary differential equations (ODEs) to model the chemical interaction of molecular species. The large size of the state space of the system  makes  solving  the  CME  difficult,  and  this  has 

Applied Math Seminar – Vishesh Vikas (University of Alabama)

228 Gordon Palmer Hall Tuscaloosa, AL, United States

Title: Applied Mathematics for Soft Robotics Abstract: Soft materials are a bulk or composite collection of matter that undergoes deformations of similar or greater magnitude than the deformation of the environment, either plastically or elastically, within the force regime applied by its environment. For roboticists, soft materials can withstand impacts, are elastic and highly deformable,

Inaugural STEM Forward Conference

Bryant Conference Center 240 Paul W Bryant Drive, Tuscaloosa, AL, United States

STEM Flyer April 14 2018