My teaching and research are both focused on the architecture, design and implementation of hardware systems, especially reconfigurable platforms. I am currently working on a new research project to develop a programming model and system compiler for executing large data/compute-intensive applications on large-scale reconfigurable platforms.

Current graduate students

Corey Olson
Stephen Friedman
Brian Van Essen
Ben Ylvisaker

Former students

Akshay Sharma
Song Li (MS)
Kevin Rennie (MS)
Darren Cronquist
Soha Hassoun
Neil McKenzie
Scott Hauck
Brian Lockyear

Carl Ebeling's Home Page

Department of Computer Science & Engineering
University of Washington
Box 352350 [express mail: Allen Center]
Seattle, WA 98195-2350 USA
+1 (206) 543-9342 [voice and voice mail]
+1 (206) 543-2969 [FAX]
email: ebeling☺cs·washington·edu (professional)
Office: Allen Center 590

Teaching 2010-2011

Fall - CSE 352 Hardware Design and Implementation
Winter – CSE467 Advanced Logic Design
Spring – CSE567 Digital Systems Design Design

Configurable Systems Seminar - 591N

Current Research Projects

• Programming Models for Reconfigurable Computing:
  This is a new project focused on models for programming large reconfigurable computing platforms. We recently presented our work at the CARL2010 Workshop held at Micro2010.
  "A Model for Programming Large-Scale Configurable Computing Applications"
  CARL 2010 Presentation

• Accelerating Bioinformatics Algorithms with Reconfigurable Computing
  (See paper above for an example.)

• I am also working with Scott Hauck (EE) on coarse-grained configurable architectures and tools
  This grew out of the RaPiD architecture project
  

• A brief blurb about me

Previous research projects

• Architectural retiming (Soha Hassoun )

• Pathfinder - Performance-optimizing FPGA router (Larry McMurchie)

• Low-latency network interface for Chaos routers (Neil McKenzie)

• Emerald - Architecture-independent FPGA evaluation tools (Larry McMurchie, Darren Cronquist)

• Retiming of Latch-Based Circuits (Brian Lockyear)

• Triptych - FPGA architecture optimized for datapath circuits (Scott Hauck, Gaetano Borriello)

• Subgemini - Subgraph isomorphism for finding circuit components (Wayne Ohlrich, Eka Ginting)

• Gemini and Gemini2 - Graph isomorphism for comparing circuit graphs, aka LVS

• WireLisp and WireC - (Zhanbing Wu, Larry McMurchie)

• CSE 142 - Introduction to Programming

• CSE 352 - Hardware Design and Implementation

• CSE 370 - Introduction to Digital Design

• CSE 467 - Advanced Digital Design

• CSE 477 - Digital Systems Design Capstone

• CSE 567 - Principles of Digital Systems Design (grad course)

• CSE 468/568 - VLSI Design (grad course)

Last edited:  1/21/2010 ( ebeling@cs.washington.edu )