ENEE 759C - Compiler Optimizations for Modern Architectures and Embedded Systems

Spring 2005

This site contains the latest information about the course.  The course description on the department webpage is out-of-date.

Welcome to the course homepage for ENEE759C.  This course will cover architecture-specific compiler optimizations for modern-day microprocessors and embedded systems. A large body of compiler research today is very architecture-specific, being tailored for architectures such as superscalar architectures, VLIW machines, software-exposed architectures and embedded systems. The course will explain how underlying architectural features influence compilers. Topic selection is influenced by expected `hot' directions in the practice and research of computer architecture over the next decade.

The course will mostly consist of discussions of research papers, and a few lectures. The overall work-load will be light, mainly reading of recommended papers and writing a 1/2 page report on the paper of the week (for the first 8 presentations only). Students will learn how to use the SUIF compiler infrastructure. The course is primarily targeted towards graduate students and motivated seniors.

Course Information

Information on written reports

Missed lecture policy 

Practice exam
    Practice exam solutions

List of papers for presentations (Updated!)

Schedule for talks (Updated!)

Solutions to Quiz

Project information

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Prof.  Rajeev Barua.  Last updated April 18, 2005.
This site is http://www.ece.umd.edu/class/enee759c