Admission
CERCS students have their homes either in the College
of Computing or the School of Electrical
and Computer Engineering at Georgia Tech. For undergraduate admission,
refer to the undergraduate
enrollment pages at Georgia Tech. For admission in graduate programs,
see the corresponding pages for Computer Science (M.S., Ph.D.),
or Electrical and Computer Engineering (M.S.,
Ph.D.).
Education
CERCS faculty teach a large variety of graduate and undergraduate courses.
The undergraduate courses are intended to provide
students with the tools to be successful in both graduate school and in
their chosen professions. Some undergraduate electives are prerequisites
to graduate sequences, or are required for a particular specialization
area. The graduate course offerings are for both Masters-
and Ph.D.-level students in the Computer Science or Computer Engineering
areas.
For more details on course offerings, schedules and instructors refer
to the OSCAR Web or the Systems
Education pages (for CS classes only).
| Computer Science | Electrical & Computer Engineering |
| CS2130 | Languages and Translation (was CS 2330) |
| CS2200 | Computer Systems and Networks |
| CS3210 | Design of Operating Systems |
| CS3220 | Processor Design |
| CS4210 | Advanced Operating Systems |
| CS4220 | Programming Embedded Systems |
| CS4230 | Distributed Simulation Systems |
| CS4240 | Compilers and Interpreters |
| CS4290 | Advanced Computer Architecture |
| CS4777 | Vector and Parallel Scientific Computing |
|
| ECE2030 | Introduction to Computer Engineering |
| ECE2031 | Digital Design Lab (optional) |
| ECE4010 | Computer Engineering Design |
| ECE4100 | Advanced Computer Architecture |
| ECE4130 | Advanced VLSI Systems |
| ECE4170 | Introduction to HDLs with Applications to Digital System Design |
| ECE4175 | Embedded Microcontroller Design |
|
| Computer Science | Electrical & Computer Engineering |
| CS6210 | Advanced Operating Systems |
| CS6230 | High-Performance Parallel Computing |
| CS6235 | Real-Time System Concepts and Implementation |
| CS6238 | Secure Computer Systems |
| CS6236 | Parallel and Distributed Simulation Systems |
| CS6241 | Design and Implementation of Compilers |
| CS6245 | Compiling for Parallelism |
| CS6260 | Applied Cryptography |
| CS6262 | Network Security |
| CS6265 | Information Security Lab |
| CS6290 | High-Performance Computer Architecture |
| CS7110 | Parallel Computer Architecture |
| CS7210 | Distributed Computing |
| CS7260 | Internet Architecture and Protocols |
| CS8803 | Advanced Internet Application Development |
| CS8803 | Memory Hierarchies and Program Locality |
| CS8803 | Object-Oriented Systems and Languages |
| CS8803 | Adv. Compiler Analysis and Optimization |
| CS8803 | EPIC Architecture |
| CS8803 | Designing Pervasive Computing Environments |
| CS8803 | Intro to Information Security |
| CS8803 | Formal Methods |
|
| ECE6101 | Parallel & Distributed Computer Architecture |
| ECE6110 | CAD for Computer Communication Networks |
| ECE6120 | Automata Theory |
| ECE6121 | Combinatorial Strategies for Engineers |
| ECE6130 | Advanced VLSI Systems |
| ECE6132 | Computer-Aided VLSI System Design |
| ECE6140 | Digital Systems Test |
| ECE7102 | RISC Architectures |
| ECE7131 | Asynchronous and Self Timed Systems |
| ECE7141 | Advanced Digital Systems Test |
| ECE7142 | Fault Tolerant Computing |
| ECE8813 | Dependable Distributed Systems |
| ECE8823 | Experiential Computing Systems |
| ECE8833 | EPIC Architecture |
| ECE8833 | Designing Pervasive Computing Environments |
|
