Fine Grain Concurrent Computations. - William C. Athas (1987)

The architecture and programming of the Ametek series 2010 multicomputer. - Charles L. Seitz; William C. Athas; Charles M. Flaig; Alain J. Martin; Jakov N. Seizovic; Craig S. Steele; Wen-King Su (C³P, 1988)

Multicomputers: Message-Passing Concurrent Computers. - William C. Athas; Charles L. Seitz (Computer, 1988)

Cantor: an actor programming system for scientific computing. - William C. Athas; Nanette J. Boden (OOPSLA/ECOOP Workshop on Object-based Concurrent Programming, 1988)

The M-cache: a message-retrieving mechanism for multicomputer systems. - Jeffrey T. Draper; Joydeep Ghosh; William C. Athas (SPDP, 1991)

16-Bit vs. 32-Bit Instructions for Pipelined Microprocessors. - John D. Bunda; Donald S. Fussell; Roy M. Jenevein; William C. Athas (ISCA, 1993)

An energy-efficient CMOS line driver using adiabatic switching. - William C. Athas; Jefferey G. Koller; Lars J. Svensson (Great Lakes Symposium on VLSI, 1994)

Low-power digital systems based on adiabatic-switching principles. - William C. Athas; Lars J. Svensson; Jefferey G. Koller; Nestoras Tzartzanis; E. Ying-Chin Chou (IEEE Trans. Very Large Scale Integr. Syst., 1994)

Energy recovery for low-power CMOS. - William C. Athas; Nestoras Tzartzanis (ARVLSI, 1995)

Design and analysis of a low-power energy-recovery adder. - Nestoras Tzartzanis; William C. Athas (Great Lakes Symposium on VLSI, 1995)

Energy-efficient instruction set architecture for CMOS microprocessors. - John D. Bunda; Donald S. Fussell; William C. Athas (HICSS (1), 1995)

Energy-recovery CMOS for highly pipelined DSP designs. - William C. Athas; Weichuan Liu; Lars J. Svensson (ISLPED, 1996)

Energy recovery for the design of high-speed, low-power static RAMs. - Nestoras Tzartzanis; William C. Athas (ISLPED, 1996)

AC-1: a clock-powered microprocessor. - William C. Athas; Nestoras Tzartzanis; Lars J. Svensson; Lena Peterson; Huimin Li; Xing Yu Jiang; Peiqing Wang; Weichuan Liu (ISLPED, 1997)

A low-power microprocessor based on resonant energy. - William C. Athas; Nestoras Tzartzanis; Lars J. Svensson; Lena Peterson (IEEE J. Solid State Circuits, 1997)

Clock-Powered CMOS: A Hybrid Adiabatic Logic Style for Energy-Efficient Computing. - Nestoras Tzartzanis; William C. Athas (ARVLSI, 1999)

Retractile clock-powered logic. - Nestoras Tzartzanis; William C. Athas (ISLPED, 1999)

Mapping Irregular Applications to DIVA, a PIM-based Data-Intensive Architecture. - Mary W. Hall; Peter M. Kogge; Jefferey G. Koller; Pedro C. Diniz; Jacqueline Chame; Jeff Draper; Jeff LaCoss; John J. Granacki; Jay B. Brockman; Apoorv Srivastava; William C. Athas; Vincent W. Freeh; et al. (SC, 1999)

Practical considerations of clock-powered logic. - William C. Athas (ISLPED, 2000)

The design and implementation of a low-power clock-powered microprocessor. - William C. Athas; Nestoras Tzartzanis; Weihua Mao; Lena Peterson; Rajat Lal; Kisup Chong; Joong-Seok Moon; Lars J. Svensson; Michael Bolotski (IEEE J. Solid State Circuits, 2000)

Theory and practical implementation of harmonic resonant rail driver. - Joong-Seok Moon; William C. Athas; Peter A. Beerel (ISLPED, 2001)

Low-power sequential access memory design. - Joong-Seok Moon; William C. Athas; Peter A. Beerel; Jeffrey T. Draper (CICC, 2002)

Compact models for estimating microprocessor frequency and power. - William C. Athas; Lynn Youngs; Andrew Reinhart (ISLPED, 2002)

Voltage-pulse driven harmonic resonant rail drivers for low-power applications. - Joong-Seok Moon; William C. Athas; Sigfrid D. Soli; Jeffrey T. Draper; Peter A. Beerel (IEEE Trans. Very Large Scale Integr. Syst., 2003)