| Instructor Ìý Ìý Ìý ÌýÌý | Area | Required backgroundÌý | Number Ìý Ìý | Course title and topic Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý Ìý |
|---|---|---|---|---|
| P. Ragde | TBA | MMath Data Science | CS 600 |
Fundamentals of Computer Science for Data Science |
| T. Ozsu | TBA | MMath Data Science or MMath Health Informatics. Not open to CS Grad students. | CS 638 | Principles of Data Management and Use |
| TBA | SE | TBA | CS 645 | Software Requirements Specification and Analysis |
| TBA | Systems |
TBA | CS 651 | Data-Intensive Distributed Computing |
| TBA | Systems | TBA | CS 656 | Computer Networks |
| TBA | Systems | TBA | CS 658 |
Computer Security and Privacy |
| TBA | ALG | TBA | CS 666 | Algorithm Design & Analysis |
| TBA | Comp/Stat | TBA | 680 | Introduction to Machine Learning |
| TBA | AI | TBA |
CS 684 | Computational Vision |
| TBA | AI | TBA | CS 686 | Introduction to Artificial Intelligence |
| TBA | Graphics | TBA | CS 688 | Introduction to Computer Graphics |
| R. Cohen | TBA | TBA |
| Graduate Research Skills Seminar |
| A. Lubiw | ALG | Algorithms (equivalent of CS 341) | Computational Geometry | |
| J. Yard | TBD | Ìý | CS 768 | Quantum Information Processing |
| S. Vavasis | Comp/Stat | Open Background, machine learning and linear algebra helpful | CS 794 | Optimization for Data Science |
| P. Ragde |
PL Ìý | Open background | Topic: Software Foundations | |
| M. Grossman | AI | Open background | CS 798 - 002 | Topic: Artificial Intelligence: Law, Ethics and Policy |
| T. Brown | Sys/AC | Data structures, C/C++ systems programming; concurrent and parallel programming helpful | CS 798-003 | Topic: Multicore performance tuning and concurrent data structures |
| I. Munro | ALG | Data structures (CS 240); algorithms (CS 666) helpful but not necessary | CS 840 | Advanced Topics in Data Structures: Time and Space Efficiency |
| M. Nagappan | SE | Software development and software engineering | Topic: Empirical Software Engineering using Ultra Large Repositories | |
| S. Salihoglu | DB | Introductory database systems and algorithms; advanced databases and distributed systems will help but not mandatory | CS 848 - 001 | Topic: Topics in Graph Data Management and Processing |
| K. Daudjee | DB |
Open Background | CS 848 - 002 | Topic: Data Infrastructure |
| A. Mashtizadeh | H/S Sys | UG OS and/or computer architecture is recommended | CS 850 | A Historical Perspective on Operating Systems and Computer Architecture |
| T. Brecht | H/S Sys | Systems background, statistics and good communication skill recommended | C 854 | Topic: Empirical Performance Evaluation |
| I. Goldberg | H/S Sys | Open Background | Hot Topics in Privacy Enhancing Technologies | |
| Shalev Ben-David | ALG | Undergraduate algorithms/complexity | CS 860 | Topic: Complexity Theory |
| R.Cohen | AI | Background in AI is helpful but not mandatory | Trust and Online Social Networks | |
| G. Casiez | Graph | Open Background | Advanced Topics in Human-Computer Interaction: Experimental Methods in HCI |