CIRCE - a runtime scheduler for DAG-based dispersed computing: demo

Aleksandra Knezevic, Quynh Nguyen, Jason A. Tran, Pradipta Ghosh, Pranav Sakulkar, B. Krishnamachari, M. Annavaram
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引用次数: 10

Abstract

CIRCE (Centralized Runtime sChedulEr) is a runtime scheduling software tool for dispersed computing. It can deploy pipelined computations described in the form of a Directed Acyclic Graph (DAG) on multiple geographically dispersed compute nodes at the edge and in the cloud. A key innovation in this scheduler compared to prior work is the incorporation of a run-time network profiler which accounts for the network performance among nodes when scheduling. This demo will show an implementation of CIRCE deployed on a testbed of tens of nodes, from both an edge computing testbed and a geographically distributed cloud, with real-time evaluation of the task processing performance of different scheduling algorithms.
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基于dag的分布式计算的运行时调度程序:演示
CIRCE (Centralized Runtime sChedulEr)是一种用于分散计算的运行时调度软件工具。它可以在边缘和云中的多个地理上分散的计算节点上部署以有向无环图(DAG)形式描述的流水线计算。与之前的工作相比,这个调度器的一个关键创新是合并了一个运行时网络分析器,该分析器在调度时考虑节点之间的网络性能。本演示将展示部署在数十个节点的测试平台上的CIRCE实现,这些节点来自边缘计算测试平台和地理分布式云,并实时评估不同调度算法的任务处理性能。
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