Titlebook: High Performance Computing – HiPC 2005; 12th International C David A. Bader,Manish Parashar,Viktor K. Prasanna Conference proceedings 2005

Hectic

PENCAPS: A Parallel Application for Electrode Encased Grounding Systems Projectomagnetic representation of the physical system requires the calculation of large full matrices. Recently, the possibility of paralleling the procedures involved in such calculations led the authors to implement a C language parallel application, based on MPI (Message Passing Interface). This articl

珊瑚

Application of Reduce Order Modeling to Time Parallelizationy tolerance, and we demonstrated its effectiveness in a practical application, where it scaled to much larger numbers of processors than conventional parallelization. This approach is fundamentally based on dynamically predicting the state of a system from data of related simulations. In earlier wor

吝嗇性

別名

Throughput Computing with Chip MultiThreading and Clusterslatforms are becoming prevalent in market segments which tend to be highly price/performance driven. This paper analyzes the architectural space of these two prominent computing paradigms in technical computing markets. This analysis is carried out in terms of the application turnaround time, throug

Insul島

ETHER

High Performance RDMA Based All-to-All Broadcast for InfiniBand Clusterstext of MPI. Contemporary MPI software stacks implement this collective on top of MPI point-to-point calls leading to several performance overheads. In this paper, we propose a design of All-to-All broadcast using the Remote Direct Memory Access (RDMA) feature offered by InfiniBand, an emerging high

消息靈通

玩笑

Preemption Adaptivity in Time-Published Queue-Based Spin Locksthe currency of their timestamps. We implement two queue-based locks, MCS-TP and CLH-TP, and evaluate their performance relative to traditional spin locks on a 32-processor IBM p690 multiprocessor. These results show that time-published locks make it feasible, for the first time, to use queue-based

泄露

施舍