My teaching and research are both focused on the architecture, design and implementation of  hardware systems.  Most recently I have been working on creating configurable architectures for high-performance, low-power embedded applications. Current  graduate students Brian Van Essen Ben Ylvisaker Stephen Friedman Allan Carroll Karl Meier (temp) Former students Akshay Sharma (co-advisor) Song Li Kevin Rennie Darren Cronquist Soha Hassoun Neil McKenzie Scott Hauck (co-advisor) 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] +1 (603) 250-2696 [personal FAX] email: ebeling☺cs·washington·edu (professional) email: carlebeling☺comcast·net (personal) Office: Allen Center 590 Teaching 2006-2007 Fall - CSE 467  Advanced Digital Design Winter – CSE 567 Digital Systems Design Spring – CSE370 Introduction to Digital Design Architecture Seminar - 590G A brief blurb about me My current research is focused on coarse-grained configurable architectures and tools This grew out of the RaPiD architecture project Previous research projects include: 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) Courses I have taught recently: CSE 142 - Introduction to Programming 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)  Some miscellaneous professional activities Some links about configurable computing Last edited:  10/10/2004 ( ebeling@cs.washington.edu )