ORBIT Measurements framework and library (OML): motivations, implementation and features

Manpreet Singh, M. Ott, I. Seskar, P. Kamat
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引用次数: 62

Abstract

In this paper we present ORBIT measurement framework and library (OML), which is a distributed software framework enabling real-time collection of data in a large distributed environment. The success of a multiuser distributed testbed facility depends largely on the ease of use, remote access as well as on the ease of collecting useful measurements from experimental runs. OML provides a flexible and dynamic way in which data is collected and made available for realtime access to the experimenters. Application programmers can use simple interfaces provided to transfer measurements and other performance data to a central repository. This paper focuses on the motivation, requirements, design, implementation and real world usage of OML that is designed to provide a scalable, controllable and easy to use mechanism for experimenters to collect useful results from the experiments conducted on the ORBIT testbed.
ORBIT测量框架和库(OML):动机、实现和特性
本文提出了ORBIT测量框架和库(OML),它是一个能够在大型分布式环境中实时收集数据的分布式软件框架。多用户分布式测试平台设施的成功在很大程度上取决于易用性、远程访问以及从实验运行中收集有用测量数据的便利性。OML提供了一种灵活和动态的方式,通过这种方式收集数据,并使实验人员可以实时访问这些数据。应用程序程序员可以使用提供的简单接口将度量和其他性能数据传输到中央存储库。本文重点介绍了OML的动机、需求、设计、实现和实际应用,旨在为实验人员提供一个可扩展、可控和易于使用的机制,以便从ORBIT试验台进行的实验中收集有用的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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