Assessing the performance of multiprogram workloads running on multithreaded hardware is difficult because it involves a balance between single-program performance and overall system performance. This article argues for developing multiprogram performance metrics in a top-down fashion starting from system-level objectives. The authors propose two performance metrics: average normalized turnaround time. A user-oriented metric, and system throughput, a system-oriented metric
Multithreaded multiprocessor systems (MMS) have been proposed to tolerate long latencies for communi...
Abstract. Middleware usually runs on top of a powerful execution platform. Often that platform inclu...
Multicore processors can improve performance by decreasing the execution latency of parallel program...
Assessing the performance of multiprogram workloads running on multithreaded hardware is difficult b...
Running multiple programs on a processor aims at increasing the throughput of that processor. Howeve...
International audienceRunning multiple programs on a processor aims at increasing the throughput of ...
Measuring throughput is not as straightforward as measuring execution time. This has led to an ongoi...
Weighted speedup is nowadays the most commonly used multiprogram workload performance metric. Weight...
Abstract—Weighted speedup is nowadays the most commonly used multiprogram workload performance metri...
Multithreaded architectures are becoming more and more popular. In order to evaluate their behavior,...
Measurement of computer systems performance has existed since the earliest days of computing, but th...
In the last years, the portability term has enriched itself with new meanings: research communities ...
Performance must be measured to: Assess the behavior of a computing system. Compare various systems....
There are many metrics designed to assist in the performance debugging of large-scale parallel appli...
Introduction The conclusions drawn from a benchmark study of computer performance depend not only o...
Multithreaded multiprocessor systems (MMS) have been proposed to tolerate long latencies for communi...
Abstract. Middleware usually runs on top of a powerful execution platform. Often that platform inclu...
Multicore processors can improve performance by decreasing the execution latency of parallel program...
Assessing the performance of multiprogram workloads running on multithreaded hardware is difficult b...
Running multiple programs on a processor aims at increasing the throughput of that processor. Howeve...
International audienceRunning multiple programs on a processor aims at increasing the throughput of ...
Measuring throughput is not as straightforward as measuring execution time. This has led to an ongoi...
Weighted speedup is nowadays the most commonly used multiprogram workload performance metric. Weight...
Abstract—Weighted speedup is nowadays the most commonly used multiprogram workload performance metri...
Multithreaded architectures are becoming more and more popular. In order to evaluate their behavior,...
Measurement of computer systems performance has existed since the earliest days of computing, but th...
In the last years, the portability term has enriched itself with new meanings: research communities ...
Performance must be measured to: Assess the behavior of a computing system. Compare various systems....
There are many metrics designed to assist in the performance debugging of large-scale parallel appli...
Introduction The conclusions drawn from a benchmark study of computer performance depend not only o...
Multithreaded multiprocessor systems (MMS) have been proposed to tolerate long latencies for communi...
Abstract. Middleware usually runs on top of a powerful execution platform. Often that platform inclu...
Multicore processors can improve performance by decreasing the execution latency of parallel program...
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