Final Exam Preparation

The Final exam will be held on Thursday, May 16, 7:00-10:00 pm in the RSF Fieldhouse. DSP students should have received an email from us about final exam instructions.

The final exam will cover material from all lectures, homeworks, discussion sections, and projects. Note that exam questions will in many cases ask you to extend or combine basic ideas and algorithms from class. Make sure you understand the fundamentals in addition to being able to procedurally execute algorithms. The exam will not test your knowledge of Python, however questions may assume familiarity with the projects (see past exams for examples).

The final will be closed notes, books, laptops, and people. However, you may use a three-page (six sides) cheat sheet of your own design (group design ok but not recommended).

The practice final is available here. This is meant for you to simulate exam environment and help assess where you are at. It is optional. You will be able to earn 1pt of extra credit on the final by completing it before May 6th, 11:59 pm on Gradescope.

In addition to regular office hours, we will be holding final review sessions during the normal discussion section slots. There will be multiple types of review session, each covering one week's worth of materials through some review and then a past exam question on that week's topic. You can attend as many as you like. The schedule is below.


Review Sessions


Topic Time Location GSI
HMM Tuesday, 9-10 Wheeler 130 Katie
Logic Tuesday, 11-12 Dwinelle 182 Xiaocheng
MDP/RL Tuesday, 11-12 Moffitt Library 103 Laura
HMM Tuesday, 12-1 Etcheverry 3105 Ellen
Bayes Nets Tuesday, 12-1 Moffitt Library 150D Avi
Bayes Nets Tuesday, 12-1 Soda 310 Rachel
HMM Tuesday, 2-3 Etcheverry 3105 Tony
Logic Tuesday, 2-3 Wheeler 130 Aditya
MDP/RL Tuesday, 3-4 Barrows 185 Ronghang/Dequan
ML Tuesday, 3-4 Etcheverry 3113 Murtaza
Bayes Nets Tuesday, 4-5 Moffitt Library 150D Wilson
MDP/RL Tuesday, 4-5 Wheeler 224 Ronghang/Dequan
Logic Tuesday, 4-5 Soda 405 Micah
MDP/RL Wednesday, 9-10 Dwinelle 242 Frederik
HMM Wednesday, 9-10 Wheeler 30 Michael
ML Wednesday, 9-10 Hearst Field Annex B1 Austen
Bayes Nets Wednesday, 10-11 Etcheverry 3113 Simin
Bayes Nets Wednesday, 2-3 Moffitt Library 150D Rishi
ML Wednesday, 2-3 Latimer 105 Henry
MDP/RL Wednesday, 3-4 Hearst Field Annex B1 Adam
Logic Wednesday, 3-4 Evans 3 Dennis
HMM Wednesday, 3-4 Etcheverry 3119 Charles
ML Wednesday, 4-5 Evans 9 Alex
ML Wednesday, 4-5 Wheeler 130 Jason

Past Exams


Semester Midterm 1/Midterm Midterm 2 Final
Fall 2018 Midterm (solutions) Final (solutions)
Fall 2017 Midterm 1 ( solutions ) Midterm 2 ( solutions ) Final ( solutions )
Spring 2017 Midterm ( solutions ) Final ( solutions )
Fall 2016 Midterm 1 ( solutions ) Midterm 2 ( solutions ) Final with solutions
Summer 2016 Midterm 1 ( solutions ) Midterm 2 ( solutions ) Final ( solutions )
Spring 2016 Midterm ( solutions ) Final ( solutions )
Summer 2015 Midterm 1 ( solutions ) Midterm 2 ( solutions ) Final ( solutions )
Spring 2015 Midterm 1 ( solutions ) Midterm 2 ( solutions ) Final ( solutions )
Fall 2014 Midterm ( solutions ) Final ( solutions )
Summer 2014 Midterm ( solutions ) Final ( solutions )
Spring 2014 Midterm 1 ( solutions ) Midterm 2 ( solutions ) Final ( solutions )
Fall 2013 Midterm 1 ( solutions ) Midterm 2 ( solutions ) Final ( solutions )
Spring 2013 Midterm 1 ( solutions ) Midterm 2 ( solutions ) Final ( solutions )
Fall 2012 Midterm 1 ( solutions ) Midterm 2 ( solutions ) Final ( solutions )
Spring 2012 Midterm 1 ( solutions ) Midterm 2 ( solutions ) Final ( solutions )
Fall 2011 Midterm ( solutions ) Final ( solutions )
Spring 2011 Midterm ( solutions ) Final ( solutions )

Note that in previous years, topics were covered in varying orders, and so the midterm topics do not align perfectly.

You can also look at much older exams from other versions of the class, but be aware that the syllabus has changed over time.