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Dynamic flow scheduling for Power-efficient Data Center Networks
Zehua Guo
, Shufeng Hui
, Yang Xu
, H. Jonathan Chao
Research output
:
Chapter in Book/Report/Conference proceeding
›
Conference contribution
49
Scopus citations
Overview
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Dive into the research topics of 'Dynamic flow scheduling for Power-efficient Data Center Networks'. Together they form a unique fingerprint.
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Keyphrases
Data Center Networks
100%
Power Efficient
100%
Dynamic Flow Scheduling
100%
Quality of Service
60%
Load Balancing
60%
Rerouting
60%
Scheduling Scheme
40%
Flow Entry
40%
Flow Scheduling
40%
Power Efficiency
20%
Energy Consumption Reduction
20%
Minimum Power
20%
Traffic Demand
20%
Burstiness
20%
Network Simulation
20%
OpenFlow
20%
Active Switch
20%
Packet Loss Rate
20%
Processing Ability
20%
Bursty Traffic
20%
Simulation Platform
20%
Traffic Allocation
20%
Link Switching
20%
OpenFlow Switch
20%
Unbalanced Traffic
20%
Active Link
20%
Fat-tree Networks
20%
OpenFlow Controller
20%
Computer Science
Data Center
100%
Power Efficient
100%
Load Balancing
60%
Quality of Service
60%
Scheduling Scheme
40%
Subnet
40%
Traffic Demand
20%
OpenFlow
20%
Power Efficiency
20%
Network Simulation
20%
Packet Loss Rate
20%
Tree Network
20%
Openflow Switch
20%
Openflow Controller
20%
Dynamically Scheduled
20%
Fat Tree
20%
Reduce Power Consumption
20%
Engineering
Flow Dynamics
100%
Quality of Service
100%
OpenFlow
100%
Simulation Result
33%
Save Power
33%
Periodic Time
33%
Packet Loss
33%
Simulation Platform
33%
Reduce Power Consumption
33%
Flow Routing
33%