DATE 2009

5.7 Novel Computing and Simulation Approaches

Date: 
Wed, 2009-04-22
Time: 
08:30 - 10:00
Location / Room: 
Gallieni AB, Level 3

Moderators:
T Austin, U of Michigan, US
C Kozyrakis, Stanford U, US

This session focuses on novel computation techniques and simulation approaches.  The first paper introduces a new approach to NUCA cache design that improves memory system performance.  The second paper demonstrates that FPGAs can be used to effectively speed complex simulation models.  The third paper highlights a powerful computational model utilising heterogeneous course-grained functional units.  Finally, the fourth paper in the session introduces a NUCA cache design that reduces power demands through active migration.

0830 LIGHT NUCA: A PROPOSAL FOR BRIDGING THE INTER-CACHE LATENCY GAP
D Suarez, T Monreal and V Vinals, Zaragoza U, ES
F Vallejo and R Beivide, Cantabria U, ES
0900 RESIM, A TRACE-DRIVEN, RECONFIGURABLE ILP PROCESSOR SIMULATOR
S Fytraki and D Pnevmatikatos, TU Crete, GR
0930 (S) HETEROGENEOUS COARSE-GRAINED PROCESSING ELEMENTS:  A TEMPLATE ARCHITECTURE FOR EMBEDDED PROCESSING ACCELERATION
G Ansaloni, P Bonzini and L Pozzi, Lugano U, IT
0945 (S) AUTOMATICALLY CLUSTERED INSTRUCTIONS
C Galuzzi, D Theodoropoulos, R Meeuws and K Bertels, TU Delft, NL