I am currently studying for a PhD in Computer Science and have received my M.S. in Scientific Computing at New York University's Courant Institute of Mathematical Sciences (CIMS). I am currently working with Denis Zorin at the Media Research Lab. Articles/Publications M.S. in Scientific Computing Thesis/Survey Paper: Investigation of Computational and Visualization Methods for the Incompressible Navier-Stokes Equations 2003 Scxy International Conference for High Performance Computing and CommunicationsPaper (Best Student Paper of SC2003): A new parallel kernel-independent fast multipole method For possible future publication: Cash: Distributed Cooperative Buffer Caching Current and Recenet Work I am currently working on a Poisson solver with highly nonuniformly distributed forces and complex geometries in three dimensions I will soon be posting code for simulating fluids in 2d with vortex methods as well as results. Fluid Dynamics Visualization - Here is some of the most recent visualization I did with George Biros and Lexing Ying, using their embedded integral solver for Stokes. I have some nice movies I did in Maya as well as some nice movies here : Animations and Pictures Fluid Dynamics Visualization II - I worked with Denis Zorin, George Biros and Lexing Ying on visualizing 3d fluid dynamics simulations, spefically N. Stokes problems in both steady and unsteady-states. Currently, I have some pictures of Line Integral Convolutions for 2d unsteady cavity problems for different Reynold's numbers, and I am developing code for 3d line integral convolutions with possible moving boundary conditions and pressures. I have added my code as well as some movies and pictures. I will also soon put up my code for the projection method for Navier Stokes, so you can generate nice fields for using the the LIC code. Older Fast Poisson Solver Matlab code - The basic idea is explained inside as well as all of the Matlab code. Send e-mail to harper@csREMOVE_IF_NOTSPAM.nyu.edu