Annual Report 2008.pdf - SAMSI

— direct_ex.m
— gradient_ex.m
4:00 Teams Work on Inverse Problem
5/24 Thursday
9:00 Statistical Analysis for the Vibrating Beam Inverse Problem Dr. J. Pal and H. Cao
— ode_model.m
— cost_beam.m
— costminanalysis.m
— costplot.fig
10:00 Break-Drinks and Refreshments available in HA 326
10:15 Alternative Beam Model Dr. R. C. Smith
— beam_model_demo.m
— beam_model.m
— beam_simulation.m
— bevaluate_beam.m
— costfunc.m
— force_beam.m
— gauss_weights.m
— gauss_points.m
— interp.m
— matrix_construct_beam.m
— yprime_beam.m
— input.mat
11:15 Teams Work on Inverse Problem
12:30 Lunch
1:30 What could we do better? Alternative models/statistical methods: Method 1 and Method 2
Dr. J. Crooks and X. Qiao
— chol_band5.m
— cost2_beam.m
— cost_beam2.m
— data1.mat
— inv_band5.m
— inv_beam.m
— ode_model.m
— plotresidual.m
— smu_CV.m
— smu_spline.m
— solve_band5.m
— splineplot.m
— weighted-analysis.m
2:30 Break-Drinks and Refreshments available in HA 326
3:00 Teams Work on Inverse Problem; Begin to Prepare Reports
5:00 Participants Return to Sullivan Hall; Get Dinner
6:30 Bowling
5/25 Friday