UVa Class Schedules (Unofficial, Lou's List v2.10)   New Features
Schedule for CS 4501 - Fall 2022
These data were not obtained from SIS in real time and may be slightly out of date. MouseOver the enrollment to see Last Update Time

I continue to maintain this list of classes, now with UVA support! -- Lou Bloomfield, Professor Emeritus of Physics
 
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Computer Science
 CS 4501 Special Topics in Computer Science
 Privacy in the Internet Age
16620 001Lecture (3)Open 86 / 92Yixin SunMoWe 2:00pm - 3:15pmThornton Hall E316
 Prerequisite: CS 2150 or CS 3130 with a grade of C- or above
 Computational Biology / Biological Computing
 Computational Biology / Biological Computing
16629 002Lecture (3)Open 47 / 70David EvansTuTh 12:30pm - 1:45pmOlsson Hall 120
 Cybersecurity and Elections
16819 003Lecture (3)Open49 / 50Jack Davidson+2MoWe 3:30pm - 4:45pmOlsson Hall 005
 CS 3710 is a prerequisite for this course. ** This course is required for the VA Cyber Navigator Internship Program for Summer 2023. If you are interested in the internship and this course is full - please contact Angela (angelao@virginia.edu) to register. Those pursuing the internship will receive priority. **
 Cryptocurrency
18804 004Lecture (3)Open 79 / 100Aaron BloomfieldMoWe 2:00pm - 3:15pmThornton Hall E303
 The pre-req is CS 2150 (PDR) or CS 3100 (DSA2) with a grade of C- or above.
 Robotics for Software Engineers
18805 005Lecture (3)Open55 / 70Sebastian ElbaumMoWe 3:30pm - 4:45pmOlsson Hall 011
 The pre-req is CS 3100 (DSA2) or equivalent with a grade of C or above.
 Data Privacy
18806 006Lecture (3)Open 33 / 64Tianhao WangMoWe 3:30pm - 4:45pmMechanical Engr Bldg 341
 Machine Learning in Image Analysis
19741 007Lecture (3)Open5 / 10Miaomiao ZhangMoWe 3:30pm - 4:45pmThornton Hall E303
 Introduction to Reinforcement Learning
20055 008Lecture (3)Open22 / 50Hongning WangTuTh 9:30am - 10:45amThornton Hall E303
 Statistical Learning and Graphical Models
20180 009Lecture (3)Open7 / 20Farzad Hassanzadeh+1MoWe 2:00pm - 3:15pmMechanical Engr Bldg 339
 The course is focused on the foundations of estimation theory, probabilistic models for machine learning including graphical models, statistical learning, and relevant computational algorithms. Prerequisites are fluency in basic probability and familiarity with linear algebra. Please see the website for more information.

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