* Expressing variational problems in FEniCS* Annotation and visualizing the computational graph* Adjoining and using the adjoint for optimization* Mesh independence and optimization libraries* Possible examples:- standard linear-quadratic elliptic problem - Dirichlet control of Stokes- topology optimization of pipes in Stokes flow- MPECs via reg...
Creator:
Farrell, Patrick (University of Oxford)
Created:
2016-06-07
Contributed By:
University of Minnesota, Institute for Mathematics and its Applications.
If a student is reading a textbook and wants more information,how would they find a useful video, a relevant SageMathCell,or the corresponding section of another textbook? I will describeabout some ongoing efforts to make useful online educationalresources, and to make different resources aware of each other.I'll pay particular attention to conn...
Creator:
Farmer, David W. (American Institute of Mathematics (AIM))
Created:
2017-08-22
Contributed By:
University of Minnesota, Institute for Mathematics and its Applications.
This audio is part of the Mount Zion Oral History records, which consists of oral histories conducted with members of Mount Zion Temple in Saint Paul, Minnesota as research in preparation for Mount Zion Temple's 150 anniversary in 2006. This oral history is part of the series on Holocaust Survivors.
Creator:
Farkas, Erwin; Mount Zion Temple
Contributor:
Fodor, Charles
Created:
2006-03-30
Contributed By:
University of Minnesota Libraries, Nathan and Theresa Berman Upper Midwest Jewish Archives.
I will discuss several probabilistic models producing simplicial complexes, manifolds and discretegroups. Random simplicial complexes are high dimensional analogues of random graphs and can beused for studying the behaviour of large systems or networks depending on many randomparameters. We are interested in properties of random spaces which are...
Creator:
Farber, Michael (University of Warwick)
Created:
2014-03-05
Contributed By:
University of Minnesota, Institute for Mathematics and its Applications.
A photonic structure subjects to time-dependent refractive index modulation exhibits rich set of physics that are fundamentally different from that of the static structure. Some of these physics is also important for practical device applications. In this talk, we will show that proper refractive index modulation can break reciprocity, can induc...
Creator:
Fan, Shanhui (Stanford University)
Created:
2016-11-02
Contributed By:
University of Minnesota, Institute for Mathematics and its Applications.
The two-dimensional layered materials are very interesting classes of materials, which can host a variety of physics properties such as topological phases, charge density waves, superconductivity and magnetism. To overcome the theoretical challenges in simulating the applications with these materials, we employ the Wannier transformation techniq...
Creator:
Fang, Shiang (Harvard University)
Created:
2017-05-19
Contributed By:
University of Minnesota, Institute for Mathematics and its Applications.