2007 |
7 | EE | Mack W. Riley,
James D. Warnock,
Dieter F. Wendel:
Cell Broadband Engine processor: Design and implementation.
IBM Journal of Research and Development 51(5): 545-558 (2007) |
2006 |
6 | EE | Dac Pham,
Hans-Werner Anderson,
Erwin Behnen,
Mark Bolliger,
Sanjay Gupta,
H. Peter Hofstee,
Paul E. Harvey,
Charles R. Johns,
James A. Kahle,
Atsushi Kameyama,
John M. Keaty,
Bob Le,
Sang Lee,
Tuyen V. Nguyen,
John G. Petrovick,
Mydung Pham,
Juergen Pille,
Stephen D. Posluszny,
Mack W. Riley,
Joseph Verock,
James D. Warnock,
Steve Weitzel,
Dieter F. Wendel:
Key features of the design methodology enabling a multi-core SoC implementation of a first-generation CELL processor.
ASP-DAC 2006: 871-878 |
2005 |
5 | EE | Daniel L. Stasiak,
Rajat Chaudhry,
Dennis Cox,
Stephen D. Posluszny,
James D. Warnock,
Steve Weitzel,
Dieter F. Wendel,
Michael Wang:
Cell Processor Low-Power Design Methodology.
IEEE Micro 25(6): 71-78 (2005) |
2002 |
4 | EE | James D. Warnock,
John M. Keaty,
John G. Petrovick,
Joachim G. Clabes,
Charles J. Kircher,
Byron Krauter,
Phillip Restle,
Brian A. Zoric,
Carl J. Anderson:
The circuit and physical design of the POWER4 microprocessor.
IBM Journal of Research and Development 46(1): 27-52 (2002) |
1997 |
3 | | James D. Warnock,
Leon J. Sigal,
Brian W. Curran,
Yuen H. Chan:
High-Performance CMOS Circuit Techniques for the G-4 S/390 Microprocessor.
ICCD 1997: 247-252 |
2 | EE | Leon J. Sigal,
James D. Warnock,
Brian W. Curran,
Yuen H. Chan,
Peter J. Camporese,
Mark D. Mayo,
William V. Huott,
Daniel R. Knebel,
Ching-Te Chuang,
James P. Eckhardt,
Philip T. Wu:
Circuit design techniques for the high-performance CMOS IBM S/390 Parallel Enterprise Server G4 microprocessor.
IBM Journal of Research and Development 41(4&5): 489-504 (1997) |
1995 |
1 | | G. G. Shahidi,
James D. Warnock,
James Comfort,
Stephen E. Fischer,
Patricia A. McFarland,
Alexandre Acovic,
Terry I. Chappell,
Barbara A. Chappell,
Tak H. Ning,
Carl J. Anderson,
Robert H. Dennard,
J. Y.-C. Sun,
Michael R. Polcari,
Bijan Davari:
CMOS scaling in the 0.1-µm, 1.X-volt regime for high-performance applications.
IBM Journal of Research and Development 39(1-2): 229-244 (1995) |