Datacenter Applications in Virtualized Networks: A Cross-Layer Performance Study
Title | Datacenter Applications in Virtualized Networks: A Cross-Layer Performance Study |
Publication Type | Journal Article |
Year of Publication | 2014 |
Authors | Crisan, D., Birke, R., Barabash, K., Cohen, R., Gusat, M. |
Journal | Selected Areas in Communications, IEEE Journal on |
Volume | 32 |
Pagination | 77-87 |
Date Published | January |
ISSN | 0733-8716 |
Keywords | cloud computing, computer centres, cross layer hybrid mesoscale simulation platform, cross layer performance study, datacenter applications, datacenter networks, datacenter workloads, delays, Encapsulation, Hardware, IP networks, network virtualization, overlay network, overlay networks, Protocols, Servers, software defined networking overlays, software radio, software-defined networking, virtualisation, virtualization, virtualized networks |
Abstract | Datacenter-based Cloud computing has induced new disruptive trends in networking, key among which is network virtualization. Software-Defined Networking overlays aim to improve the efficiency of the next generation multitenant datacenters. While early overlay prototypes are already available, they focus mainly on core functionality, with little being known yet about their impact on the system level performance. Using query completion time as our primary performance metric, we evaluate the overlay network impact on two representative datacenter workloads, Partition/Aggregate and 3-Tier. We measure how much performance is traded for overlay's benefits in manageability, security and policing. Finally, we aim to assist the datacenter architects by providing a detailed evaluation of the key overlay choices, all made possible by our accurate cross-layer hybrid/mesoscale simulation platform. |
DOI | 10.1109/JSAC.2014.140108 |
Citation Key | 6689485 |
- network virtualization
- virtualized networks
- Virtualization
- virtualisation
- software-defined networking
- software radio
- software defined networking overlays
- Servers
- Protocols
- overlay networks
- overlay network
- Cloud Computing
- IP networks
- Hardware
- Encapsulation
- delays
- datacenter workloads
- datacenter networks
- datacenter applications
- cross layer performance study
- cross layer hybrid mesoscale simulation platform
- computer centres