Room 6351:
- Bug Finding

Room 6376:
- DPLC (with new command line tool)
- DPOMP

Room 6370:
- Performance Analysis at Loop-level Granularity in Paradyn
- iPath: An Incremental Call-Path Profiler
- Paradyn with Multi-threaded Linux

Room 6372:
- Self-Propelled Tracing for Performance Analysis of Interactive Systems
- Analysis and Instrumentation of Stripped Binary Code
- Memory Locality

Although cc-NUMA architectures allow construction of large shared-memory servers, data locality is an important consideration due to non-uniform memory access times. Memory intensive applications running on cc-NUMA servers may request significant number of non-local memory accesses, which may also degrade the execution performance of the applications. We introduce a profile-driven online page migration scheme. We use lightweight, in-expensive plug-in hardware counters to profile the memory access behavior of an application at runtime and then migrate pages to memory local to the most frequently accessing processor at fixed time intervals. We use the Dyninst library to instrument applications for page migration. This demonstration visualizes how memory pages are migrated to the processors accesing them most during the runtime of the application. (Mustafa M Tikir, University of Maryland)   CLOSE

Room 6397:
- Dynamic Instrumentation on the IA-64
- Multi-platform Kerninst
- The Tool Daemon Protocol
- Data Cache tool on Itanium

Hors d'Oeurves and Soft Drinks available in Room 3331

Rooms and demonstration titles to be announced.

Participants are encouraged to eat dinner with individual team members at places of their own choosing.