Examination projects

Consider your examination project like an extra homework. Make the project in a separate folder in your repository with an indicative name (like "exam") which I should easily find. Supply a README.TXT (or similar) file with a short description of what you did and (optionally) a self-evaluation of the project on the scale [0,10].

Remember to check that your repository is publicly browseable and publicly cloneable, and that everything is built.

The list of the projects below will be reshuffled randomly the day when the examination period starts.

The index of the project assigned to you (from the indexed list below) is given by your number (index) in our spreadsheet, modulo the number N of the projects (N=32). For example,

if your index is 1, your project number is 1,
if your index is 2, your project number is 2,
... ,
if your index is 32, your project number is 32,
if your index is 33, your project number is 1,
if your index is 34, your project number is 2,
... .

| 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 | 29 | 30 | 31 | 32 |

— 1 —: rayleigh-quotient
— 2 —: adaptive-2D
— 3 —: gauss-newton
— 4 —: cholesky
— 5 —: bbpso
— 6 —: svd-one-sided
— 7 —: inverse-iteration
— 8 —: hessenberg
— 9 —: berrut
— 10 —: lanczos-tridiag
— 11 —: evd-update-row-column
— 12 —: adaptive-3
— 13 —: yagopt
— 14 —: leastsq-missing
— 15 —: lu-decomp
— 16 —: svd-two-sided
— 17 —: spline-with-yprime
— 18 —: evd-update-symmetric-rank1
— 19 —: apso
— 20 —: fft
— 21 —: leastsq-smooth
— 22 —: ode-two-step
— 23 —: yacss
— 24 —: rayleigh-lagrange
— 25 —: pso
— 26 —: minimum-sr1
— 27 —: akima
— 28 —: leastsq-predict
— 29 —: minimum-broyden
— 30 —: leastsq-declipping
— 31 —: geneig
— 32 —: bilinear