A peer-to-peer infrastructure for distributing large scientific data sets over wide area high-performance networks: experimental studies using wide area layer 2 services

Yunhong Gu, Robert L. Grossman, J. Mambretti
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引用次数: 2

Abstract

This paper presents Sector, a distributed environment that was created specifically to address the challenges inherent in accessing, exploring, analyzing and transporting extremely large scientific datasets over high performance wide area networks. To date, the effective utilization of such datasets has been limited because accessing and transporting large remote data sets in traditional distributed computing environments is often a challenge. Sector was designed and developed to eliminate these barriers. The Sector architecture incorporates specialized communications services and specialized data services that are designed for high volume data flows over wide area high performance optical networks. This design employs several innovative techniques to ensure that data flows are maximized at all times and at all locations required regardless of distances. This architectural design has been implemented on a prototype international experimental testbed. The results and implications of these preliminary tests are described.
用于在广域高性能网络上分发大型科学数据集的点对点基础设施:使用广域第二层服务的实验研究
本文介绍了Sector,这是一个分布式环境,专门用于解决在高性能广域网上访问、探索、分析和传输超大科学数据集所固有的挑战。迄今为止,这些数据集的有效利用受到限制,因为在传统的分布式计算环境中访问和传输大型远程数据集通常是一个挑战。部门的设计和发展就是为了消除这些障碍。扇区架构结合了专门的通信服务和专门的数据服务,这些服务是为广域高性能光网络上的大容量数据流而设计的。该设计采用了几种创新技术,以确保无论距离远近,在任何时间和所有需要的位置都能最大限度地实现数据流。该架构设计已在一个原型国际试验台上实现。介绍了这些初步试验的结果和影响。
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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