Semesterside for STK4160 - V?r 2015

Fagl?rere

As previously announced & explained, this course will have a two-part exam. Part I, "The Project", will be made avaiable via this site on Wed June 3, before noon. You need to hand in your project report by Mon June 15, at 13:00, or any time earlier, to the Mathematics department's administration office at the 7th floor, *in duplicate*. 

Part II is a four-hour exam, taking place at Thu June 11 (see separate information regarding the precise time and location). This is a no-book exam, but you are allowed to bring with you *one sheet of paper*, hand-written or machine-made, with your own notes (only one side of the paper, not both).

Please do contact Nils if you encounter any practical problems with any of this.

3. juni 2015 00:32

I've uploaded

* com28f, for fic and afic analysis of the South African men, from exam 2011 exercise 2;

* com30b, com30c, com30d, for risk functions risk(delta) etc., both for limit calculations and "sanity check" for finite n, in a setting from exam 2013 exercise 3.

28. mai 2015 23:31

Thursday May 28 is our last teaching day. We use it for general discussion, summing up, pointing to certain crucial parts of the curriculum, etc.; please also feel free to ask questions etc. I will also give a bit of information regarding the exam (Part I & Part II).

We also do the last half of Exercise 3, exam 2013, where you *in addition* to the points given to the students then also should *test limit results against finite-sample performance*.

Specifically, for the limit risk functions for narr, wide, smooth, compute these curves for say n = 100 and n = 500, via simulations (at theta0 = 3.333, as per the text). To simulate data from the model, use the inverse cdf method. Also, simulate the distribution of the smoothed model averaging estimator \hat\mu^*, at a few places in the parameter space, both for n = 100 and n = 500, and using the limit distribution result from Chapter 7. 

21. mai 2015 23:05