DBTCP: A Transmission Mechanism of the Backup for Disaster Recovery in DCNs,ERICDATA高等教育知識庫
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篇名
DBTCP: A Transmission Mechanism of the Backup for Disaster Recovery in DCNs
並列篇名
DBTCP: A Transmission Mechanism of the Backup for Disaster Recovery in DCNs
作者 Chen-Yue WangZhan ShiWei SuQi-Li WenHua-Chun Zhou
英文摘要
End-to-end communication has been widely used in all aspect of our daily lives, and are these applications are mostly rely on data center networks (DCNs), which are served as the core infrastructure for storing and processing a large number of data. Disaster backup, different from general data transmission, has some unique characteristics and requires low latency, high throughput, burst robustness, tight deadline, massive loads and easy deployment, where mass data in DCNs nodes need to be transferred as much as possible and the tight deadline should be meet after the alarm for a potential nature extreme phenomena is sound. This paper first introduces and summarizes the existing transmission mechanisms deployed for DCNs worldwide. Further, we explain the unique characteristics of disaster backup. Then our paper discusses the design idea and proposes the detailed design of the DCN backup TCP (DBTCP), through simulation and evaluation, the results of which displayed in the form of graphs. We are confirmed that the DBTCP designed is capable of making almost all of flows meet the tight deadline under high load and high burst. By carefully investigations implemented in both NS2 and Linux kernel, we notice that DBTCP nearly always outperforms previous presented mechanisms, like DCTCP, D2TCP. In typical scenarios, DBTCP can reduce missing deadline rate and improve both throughout and robustness when flows burst, keeping the outstanding easy deployment feature of former mechanisms at the same time. The DBTCP proposed in this paper provides a reliable and effective solution, and has a certain reference value for future research.
起訖頁 1069-1078
關鍵詞 DCNBackup for disaster recoveryTransmission mechanismDeadline
刊名 網際網路技術學刊  
期數 201907 (20:4期)
出版單位 台灣學術網路管理委員會
DOI 10.3966/160792642019072004007   複製DOI
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