Όνομα Άσκησης | Έναρξη / Λήξη | Χρονικός περιορισμός | Επιτρεπόμενες επαναλήψεις |
---|---|---|---|
Project 1 (έχει λήξει)
Τα αρχεία και άλλες πληροφορίες που χρειάζεστε για την εργασία θα τα βρείτε στο document section του eclass | 02-10-2014 19:27 / 03-10-2014 19:27 | - | - |
Project 2 - Machine Learning (έχει λήξει)
Machine Learning - Part 1 Implement the solutions of the least squares problem proposed in this document in Matlab and ipython notebooks. 1) Produce graphical representation of the results 2) Implement the Least-Mean-Squares (LMS) gradient descent method described in this document for the least squares. Notice that this is similar to the gradient method implemented in the Project 5. 3) Compare the above solutions with library module from optimize lib. 4) The comments in the notebook will explain each step of the code and should include the motivation and the theory for the least squares problem. Besides the related material from Houstis ebook you should consider the material from the slides I have load in the eclass. The theoretical basis of the least squares problem and its solution should be part of the presentation and the degree of understanding you will demonstrate will count significantly in the grade for this project. 5) Implement the kmean algorithm presented in the eclass document and the data test for the iris flower http://en.wikipedia.org/wiki/Iris_flower_data_set
Study 6) Chapters 5, 8 in Houstis ebook 7) http://www.scipy.org/NumPy_for_Matlab_Users#head-381c9088b53dc22db3db569b05a362c7b02eb74b 9) http://structure.usc.edu/numarray/node69.html (You need it to learn how to install the linear algebra package and to find routines for least squares and pseudo inverse of a matrix) 10) Study the DataScience notebooks http://nborwankar.github.io/LearnDataScience/ The details of the project can be found in the eclass documents section
| 30-08-2014 08:46 / 30-08-2015 08:46 | - | - |
Project 3 - Optimization (έχει λήξει) The description of Project 3 can be found in eclass documents section. A review of MatLab can be found in the following resources a) Open MIT course http://ocw.mit.edu/courses/electrical-engineering-and-computer-science/6-094-introduction-to-matlab-january-iap-2010/lecture-notes/ b) In Houstis’ ebook (can be found in documents section) c) and Vlachos presentation "time series with MatLab" (can be found in documents section)
| 30-08-2014 09:07 / 30-08-2015 09:07 | - | - |
Assignment 3: Brownian Motion and Computational Finance (έχει λήξει) Read pdf file assignmnet3 in document section of eclass | 31-08-2014 18:52 / 08-10-2014 18:52 | - | - |