Difference between revisions of "Lab assignments for ISC-4221"
Peter Beerli (talk | contribs) |
Peter Beerli (talk | contribs) |
||
(14 intermediate revisions by the same user not shown) | |||
Line 1: | Line 1: | ||
* Lab 1: Matlab 101, learn basic matlab commands and write a simple function [[Media:lab1.pdf|PDF]] | * Lab 1: Matlab 101, learn basic matlab commands and write a simple function [[Media:lab1.pdf|PDF]] | ||
+ | (MATLAB TUTORIAL: use this to familiarize yourself with matlab: [http://www.mathworks.com/help/pdf_doc/matlab/getstart.pdf PDF]) | ||
+ | * Lab 2: Sorting algorithms and timing of functions in matlab [[Media:lab2.pdf|PDF]] | ||
+ | * Lab 3: Searching within very long strings, find repeated structures on the X and Y chromosomes [[Media:lab3.pdf|PDF]] | ||
+ | * Lab 4: Using Monte Carlo to integrate a function f(x,y) [[Media:lab4.pdf|PDF]] | ||
+ | * Lab 5: Using Monte Carlo to approximate a function [[Media:lab5_F2014.pdf|PDF]] | ||
+ | * Lab 6: Traveling salesman problem: brute force and random [[Media:lab6_F2014.pdf|PDF]] | ||
+ | * Lab 7: K-means clustering -- detection fake banknotes, and printing pictures with fewer colors [[Media:lab7_F2014.pdf|PDF]] | ||
+ | * Lab 8: Linear optimization -- coding a supply and demand problem [[Media:lab8_F2014.pdf|PDF]] | ||
+ | Old Labs | ||
+ | * Lab 5: Using Monte Carlo to find the global maximum spiky functions [[Media:lab5.pdf|PDF]] | ||
+ | * Lab 6: Coding the truel [[Media:lab6.pdf|PDF]] | ||
+ | * Lab 7: Graphs I [[Media:lab7.pdf|PDF]] | ||
+ | * Lab 8: Graphs II [[Media:lab8.pdf|PDF]] | ||
+ | * Lab 9: K-means clustering -- detection fake banknotes, and printing pictures with fewer colors [[Media:lab9.pdf|PDF]] | ||
+ | * Lab 10: Picture manipulation [[Media:lab10.pdf|PDF]] |
Latest revision as of 10:08, 6 November 2014
- Lab 1: Matlab 101, learn basic matlab commands and write a simple function PDF
(MATLAB TUTORIAL: use this to familiarize yourself with matlab: PDF)
- Lab 2: Sorting algorithms and timing of functions in matlab PDF
- Lab 3: Searching within very long strings, find repeated structures on the X and Y chromosomes PDF
- Lab 4: Using Monte Carlo to integrate a function f(x,y) PDF
- Lab 5: Using Monte Carlo to approximate a function PDF
- Lab 6: Traveling salesman problem: brute force and random PDF
- Lab 7: K-means clustering -- detection fake banknotes, and printing pictures with fewer colors PDF
- Lab 8: Linear optimization -- coding a supply and demand problem PDF
Old Labs