Modules

BUC 5

ELEC446.BUC5 History

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July 24, 2019, at 10:13 PM by 147.142.143.249 -
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July 24, 2019, at 10:05 PM by 147.142.143.249 -
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September 30, 2016, at 08:42 PM by 139.80.141.232 -
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September 30, 2016, at 08:41 PM by 139.80.141.232 -
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 *Image of good and bad cells in Matlab mat format slide.mat, or as slide.tif. Matlab code makefake.m that generated the image, and uses functions putgood.m and putbad.m.
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 *Image of good and bad cells in Matlab mat format slide.mat, or as slide.tif. Matlab code makefake.m that generated the image, and uses functions putgood.m and putbad.m.
September 24, 2016, at 08:29 PM by 109.145.36.112 -
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September 23, 2016, at 06:15 PM by 109.145.36.112 -
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 *Complete your sampler for the inverse problem in (constant) D
 *Tune the window size for your RWM sampler, or better still (challenge question) plot a graph of IACT as function of window w to find the optimal w
 *Consider error in the final time T, T~Unif[1.8,2.2]. Perform joint inference for D and T, and say whether inference for D is significantly altered.
 *Evaluate the linearized forward map for D(x)->u(x,T), using the secant method and the simple FEM program supplied. What is the effective rank of this map?
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 *Task sheet
 *Image of good and bad cells in Matlab mat format slide.mat, or as slide.tif. Matlab code makefake.m that generated the image, and uses functions putgood.m and putbad.m.
September 23, 2016, at 06:13 PM by 109.145.36.112 -
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  • Compute 3
    • Complete your sampler for the inverse problem in (constant) D
    • Tune the window size for your RWM sampler, or better still (challenge question) plot a graph of IACT as function of window w to find the optimal w
    • Consider error in the final time T, T~Unif[1.8,2.2]. Perform joint inference for D and T, and say whether inference for D is significantly altered.
    • Evaluate the linearized forward map for D(x)->u(x,T), using the secant method and the simple FEM program supplied. What is the effective rank of this map?
September 22, 2016, at 11:42 PM by 138.38.244.181 -
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  • Some good books on FEM
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  • Some good books on FEM
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 *Ern and Guermond
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 *Ern and Guermond
September 22, 2016, at 11:41 PM by 138.38.244.181 -
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 *Consider error in the final time T, T~Unif[1.8,2.2]. perform joint inference for D and T, and say whether inference for D is significantly altered.
to:
 *Consider error in the final time T, T~Unif[1.8,2.2]. Perform joint inference for D and T, and say whether inference for D is significantly altered.
September 22, 2016, at 11:40 PM by 138.38.244.181 -
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 * Hackbusch
 * Ern and Guermond
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 *Hackbusch
 *Ern and Guermond
September 22, 2016, at 11:40 PM by 138.38.244.181 -
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 *heatfem.m that builds FEM matrices for heat problem
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  • Some good books on FEM
 * Hackbusch
 * Ern and Guermond
September 22, 2016, at 11:37 PM by 138.38.244.181 -
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 *Andres' zip file
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 *Andres' zip file
  • Compute 2
    • Complete your sampler for the inverse problem in (constant) D
    • Tune the window size for your RWM sampler, or better still (challenge question) plot a graph of IACT as function of window w to find the optimal w
    • Consider error in the final time T, T~Unif[1.8,2.2]. perform joint inference for D and T, and say whether inference for D is significantly altered.
    • Evaluate the linearized forward map for D(x)->u(x,T), using the secant method and the simple FEM program supplied. What is the effective rank of this map?
    • heatfem.m that builds FEM matrices for heat problem
September 22, 2016, at 12:54 AM by 138.38.244.181 -
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  • "Compute 1" (for m-files, right click to 'Save As' to get formatting correct)
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  • Compute 1 (for m-files, right click to 'Save As' to get formatting correct)
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  • "Python code"
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  • Python code
September 22, 2016, at 12:53 AM by 138.38.244.181 -
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 *Gareth Roberts' notes on Statistical Inference has useful statements of basic methods ad theorems
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 *Gareth Roberts' notes on Statistical Inference has useful statements of basic  MCMC methods and theorems
September 22, 2016, at 12:43 AM by 138.38.244.181 -
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 *heatfem.m that builds FEM matrices for heat problem
September 22, 2016, at 12:01 AM by 138.38.244.181 -
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 *
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 *Andres' zip file
September 21, 2016, at 11:58 PM by 138.38.244.181 -
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 *Gareth Roberts' notes on Statistical Inference
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 *Gareth Roberts' notes on Statistical Inference has useful statements of basic methods ad theorems
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September 21, 2016, at 05:51 PM by 109.145.36.112 -
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  • "Compute 1"
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  • "Compute 1" (for m-files, right click to 'Save As' to get formatting correct)
September 21, 2016, at 05:49 PM by 109.145.36.112 -
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  • "Compute 1"
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 *
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 *Ulli Wollf's UWerr MatLab code and documentation
 *Code to plot IACT as function of window using mcgauss.m
September 21, 2016, at 05:44 PM by 109.145.36.112 -
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 *Problem sheet Δ
 *Image of good and bad cells in Matlab mat format slide.mat, or as slide.tif. Matlab code makefake.m that generated the image, and uses functions putgood.m and putbad.m.
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September 21, 2016, at 05:40 PM by 109.145.36.112 -
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Resources for BUC 5 computing labs: Instructors: Colin Fox? and [http://www.cimat.mx/~jac/ J Andres Christen]

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Resources for BUC 5 computing labs:

Instructors: Colin Fox and J Andres Christen

September 21, 2016, at 05:38 PM by 109.145.36.112 -
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Some stuff

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Resources for BUC 5 computing labs: Instructors: Colin Fox? and [http://www.cimat.mx/~jac/ J Andres Christen]

 *Problem sheet Δ
 *Image of good and bad cells in Matlab mat format slide.mat, or as slide.tif. Matlab code makefake.m that generated the image, and uses functions putgood.m and putbad.m.
September 21, 2016, at 05:36 PM by 109.145.36.112 -
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Some stuff