2006 |
10 | EE | Alistair C. Bruce,
M. M. Kamal Hashmi,
Andrew Nightingale,
Steve Beavis,
Nizar Romdhane,
Christopher K. Lennard:
Maintaining consistency between systemC and RTL system designs.
DAC 2006: 85-89 |
9 | EE | Christopher K. Lennard,
Victor Berman,
Saverio Fazzari,
Mark Indovina,
Cary Ussery,
Marino Strik,
John Wilson,
Olivier Florent,
François Rémond,
Pierre Bricaud:
Industrially proving the SPIRIT consortium specifications for design chain integration.
DATE Designers' Forum 2006: 142-147 |
2003 |
8 | EE | Heinz-Joseph Schlebusch,
Gary Smith,
Donatella Sciuto,
Daniel Gajski,
Carsten Mielenz,
Christopher K. Lennard,
Frank Ghenassia,
Stuart Swan,
Joachim Kunkel:
Transaction Based Design: Another Buzzword or the Solution to a Design Problem?
DATE 2003: 10876-10879 |
7 | EE | Franco Carbognani,
Christopher K. Lennard,
C. Norris Ip,
Allan Cochrane,
Paul Bates:
Qualifying Precision of Abstract SystemC Models Using the SystemC Verification Standard.
DATE 2003: 20088-20094 |
2000 |
6 | EE | Christopher K. Lennard,
Patrick Schaumont,
Gjalt G. de Jong,
Anssi Haverinen,
Pete Hardee:
Standards for System-Level Design: Practical Reality or Solution in Search of a Question?
DATE 2000: 576- |
1999 |
5 | EE | Mark Genoe,
Christopher K. Lennard,
Joachim Kunkel,
Brian Bailey,
Gjalt G. de Jong,
Grant Martin,
M. M. Kamal Hashmi,
Shay Ben-Chorin,
Anssi Haverinen:
How standards will enable hardware/software co-design.
CODES 1999: 211-212 |
1997 |
4 | EE | Premal Buch,
Christopher K. Lennard,
A. Richard Newton:
Engineering change for power optimization using global sensitivity and synthesis flexibility.
ISLPED 1997: 88-91 |
1996 |
3 | EE | Christopher K. Lennard,
Premal Buch,
A. Richard Newton:
Logic synthesis using power-sensitive don't care sets.
ISLPED 1996: 293-296 |
2 | EE | Christopher K. Lennard,
A. Richard Newton:
On estimation accuracy for guiding low-power resynthesis.
IEEE Trans. on CAD of Integrated Circuits and Systems 15(6): 644-664 (1996) |
1995 |
1 | EE | Christopher K. Lennard,
A. Richard Newton:
An estimation technique to guide low power resynthesis algorithms.
ISLPD 1995: 227-232 |