51´«Ã½

Event Description:Xuemin Tu, Department of Mathematics, University of KansasNonoverlapping Domain Decomposition Methods for Saddle Point Problems     Two widely used nonoverlapping domain decomposition methods BDDC (Balancing domain

Event Description:Steffen Borgwardt, Department of Mathematical and Statistical Sciences, University of Colorado - Denver   Operations Research in Land ExchangeWith geometric modeling techniques, one can represent the feasible solutions of

Event Description: A weekly presentation of current research in the field of Applied Mathematics, suitable for most audiences.Location Information:Main Campus - Engineering Classroom Wing  (View Map) 1111 Engineering DR  51´«Ã½, CO

Event Description: Will Kleiber, Department of Applied Mathematics, University of Colorado 51´«Ã½ Multivariate Random Fields Most modern spatial datasets involve multiple variables that can exhibit complex cross-process dependencies. We review some

Event Description: Yi Qiang, The Earth Lab and Dept. of Geography, University of Colorado 51´«Ã½From Time to Time: Novel Representations of Time for Visual Analytics How to represent time is a fundamental question in many disciplines.

Event Description: Alireza Doostan, Department of Aerospace Engineering Sciences, University of Colorado 51´«Ã½Uncertainty Quantification Using Low-fidelity Data  Realistic analysis and design of multi-disciplinary engineering systems require

Event Description: Sean O'Rourke, Department of Mathematics, University of Colorado 51´«Ã½Singular values and vectors under random perturbation Computing the singular values and singular vectors of a large matrix is a basic task in high dimensional

Event Description: Ben Herbst, Division of Mathematical Sciences, Stellenbosch UniversityModels in Applied Mathematics I’ll discuss three different but not necessarily mutually exclusive, types of models: Deterministic models (for want of a better

Event Description: Soutir Bandyopadhyay, Department of Mathematics, Lehigh UniversityA spectral domain test for stationarity of spatial and spatio-temporal processes. Many random phenomena in the environmental and geophysical sciences are functions

Event Description: Ziad Musslimani, Department of Mathematics, Florida State UniversityPT symmetric optics: Mathematical and experimental challenges In quantum theory a Hamiltonian describing physical system is mathematically represented by a self-