Although most of the contents are finalized. However, there might be some changes before the start of course.
- Student representatives: To be announced.
Practical Information
Prerequisites: Elementary Knowledge of Probability theory, Mathematical statistics and Linear Algebra is essential.
Some knowledge of Optimization will be very helpful.
Instructors:
Assistants:
- Muhammad Azam Sheikh (azams, room 6453)
- Bassel Mannaa (bassel, room ----)
- Vinay Jethava (jethava, room 6453)
Lectures:
- Tuesday, 13:15-15:00, room HC2
- Friday, 10:00-11:45, room HC1
Here you can find complete schema on TimeEdit.
Consultation time: To be announced.
Possible changes in the schedule will be announced.
Examination and Grading Criteria
There will be 6 programming assignments, one each week and a final exam.
The final grade will depend on the performance of the
students in both the assignments and the final exam with
equal weightage.
Rules and Policies
Read them carefully and take them very seriously.
- Deadlines are firm. Delays must be motivated before the deadlines.
Unannounced late submissions will not be considered. It is everyone's
responsibility to observe the deadlines.
- It is allowed, even encouraged, to discuss the exercises during the course. Also, do not hesitate to ask if you have difficulties with the exercises, or if something is unclear.
- You must implement your own code and submit your own results.
- Submitting others' work in your own name is cheating! It can lead to severe consequences, in very bad cases even suspension from studies.
- Specifically, it is prohibited to submit solutions that you got from
other persons, unless you explicitly quote the sources and add your own
explanations. And: a copy with modifications is, in this sense, still a copy.
- You are also responsible for not giving others the opportunity to copy from your work. (We will not investigate who copied from whom.)
Contents
Weekly Programming Assignments Submission
Solutions to the weekly programming must be submitted individually (not in groups) using the FIRE system.
Register yourself on the FIRE system as soon as possible and send email to Azam if there is any problem.
A submission should contain the course code and exercise number. Also write your name and personal number.
As course goes on, we will add here assignment description and deadlines etc.
Literature
The course does not exactly follow a particular book but one can consult
these references. Directions for reading from these will be posted as the lectures progress.
- D. Barber, Bayesian Reasoning and Machine Learning , Cambridge University Press 2012. This book is available for free
here.
- C. Bishop: Pattern Recognition and Machine
Learning. (See here.)
- R. Duda, P. Hart, D. Stork: Pattern Recognition (2nd Edition).
(See here.)