Featured
2018
 | The GSVD Where are the Ellipses? Power Point |
2016
 | Beta Jacobi Ensembles, (ghosts) and the GSVD Video Power Point |
2014
 | On an Integral Geometry Inspired Method for Conditional Sampling from Gaussian Ensembles Power Point |
 | Hermite, Laguerre, Jacobi Listen to Random Matrix Theory It's trying to tell us something Power Point |
 | The open source ecosystem for technical computing Power Point |
 | Random Matrix Laws & Jacobi Operators Power Point |
 | Julia Power Point |
 | Singular Values of the GUE Surprises that we Missed Power Point |
2013
 | Julia: A Fresh Approach to Technical Computing Power Point |
 | Julia: A Fresh Approach to Technical Computing Power Point |
 | Novel Algebras for Advanced Analytics in Julia Power Point |
 | Random Matrix Theory Numerical Linear Algebra: A story of two way communication Power Point |
 | Julia: A Fresh Approach to Technical Computing Power Point |
 | Fields Institute Talk Power Point |
 | Random Matrix Theory Numerical Computation and Remarkable Applications Power Point |
2012
 | Progress in the method of Ghosts and Shadows for Beta Ensembles Power Point |
 | The "New" matrix statistics of Random Matric Theory and the Julia Programming Language Power Point |
 | Julia: A Fresh Approach to Technical Computing Power Point |
 | Progress in the method of Ghosts and Shadows for Beta Ensembles Power Point |
2011
| Needle-Like Triangles, Matrices, and Lewis Carroll Power Point | |
| What are the Eigenvalues of a Sum of (Non-Commuting) Random Symmetric Matrices? Power Point |
2010
| Open Source and Traditional Technical Computing Power Point | |
| An NLA Look at $\sigma_{min}$ Universality (& the Stoch Diff Operator) Power Point | |
| What are the Eigenvalues of a Sum of (Non-Commuting) Random Symmetric Matrices? Power Point |
2008
| High Performance Computing An Overview Power Point | |
| Computation: Cleaner, Faster, Seamless, and Higher Quality Power Point | |
| The Random Matrix Technique of Ghosts and Shadows Power Point |
2007
| SCIDAC Town Hall Power Point |
2006
| Advances in Random Matrix Theory Power Point | |
| Life in higher dimensions Mapping the World Roadtrip: most powerful computer in Japan Power Point |
2004
| Advances in Random Matrix Theory: Let There be Tools Power Point 35 minute talk in Barcelona: 6th World Congress of the Bernoulli Society ... | |
| Fast Multipole: It's All About Adding Functions in Finite Precision (Alan Edelman and Per-Olof Persson) Power Point 40 minute talk at University of Maryland, College Park, Multipole workshop (Ideas significantly updated from 2002 talk) |
2003
| Colors:Desktop Monitor to the Big Screen (& back) (Alan Edelman & Frank Wang) Power Point 45 minute lunchtime talk to the MIT Graphics Group on April 25, 2003 | |
| Stochastic Differential Equations and Random Matrices (Alan Edelman) Power Point 10 minute contributed talk at the SIAM03 Applied Linear Algebra Meeting in Williamsburg, Virginia |
2002
| How to build a Beowulf (Ron Choy) Power Point | |
| The Fast Multipole Method: It’s All about Adding Functions Power Point | |
| Why are Random Matrices Cool? (Alan Edelman) Power Point | |
| Applied Geometrical Matrix Computations (Alan Edelman) Power Point |
| The Mathematics of The Pentium Flaw Power Point (Some characters in old mac format. Not a big deal. Someday I'll fix up.) |