A Perfect Knob to Scale Thread Pool on Runtime

Hamlet: An Intelligent Thread Management Runtime System

Efficient Runtime Thread Management for the Nano-Threads Programming Model

The nano-threads programming model was proposed to effectively integrate multiprogramming on shared-memory multiprocessors, with the exploitation of fine-grain parallelism from standard applications. A prerequisite for the applicability of the nano-threads programming model is the ability of the runtime environment to manage parallelism at any level of granularity with minimal overheads. In thi...

Compiling Data-parallel Programs to a Distributed Runtime Environment with Thread Isomigration

Traditionally, the compilation of data-parallel languages is targeted to low-level runtime environments: abstract processors are mapped onto static system processes, which directly address the low-level IPC library. Alternatively, we propose to map each HPF abstract processor onto a “lightweight process” (thread) which can be freely migrated between nodes together with the data it manages, unde...

The Scale Vector - Thread Processor ⎯

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Performance Study and Dynamic Optimization Design for Thread Pool Systems

Thread pools have been widely used by many multithreaded applications. However, the determination of the pool size according to the application behavior still remains problematic. To automate this process, in this paper we have developed a set of performance metrics for quantitatively analyzing thread pool performance. For our experiments, we built a thread pool system which provides a general ...