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On fixed-path variable-bandwidth scheduling in high-performance networks
Liudong Zuo
, Mustafa Khaleel
, Michelle M. Zhu
,
Chase Qishi Wu
Research output
:
Chapter in Book/Report/Conference proceeding
›
Conference contribution
3
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Scopus citations
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Dive into the research topics of 'On fixed-path variable-bandwidth scheduling in high-performance networks'. Together they form a unique fingerprint.
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Keyphrases
High-speed Networks
100%
Bandwidth Scheduling
100%
Bandwidth Reservation
100%
Fixed Path
100%
Variable Bandwidth
100%
Network Resources
40%
Scheduling Algorithm
40%
Data Transfer
40%
Network Service Provider
40%
Available Bandwidth
40%
Success Rate
20%
Scientific Applications
20%
Multi-location
20%
Scheduling Problem
20%
Energy Saving
20%
Network Bandwidth
20%
Extreme Scale
20%
Local Area Networks
20%
Energy Resources
20%
Execution Time
20%
Completion Time
20%
Remote Operation
20%
Dedicated Channel
20%
Energy Networks
20%
NP-complete
20%
Maintenance Cost
20%
Finish Time
20%
Reservation System
20%
Reliable Data Transmission
20%
Available Time
20%
Network Resource Utilization
20%
Transfer Service
20%
Network Maintenance
20%
Global Perspective
20%
Simulation Evaluation
20%
Bandwidth Limitation
20%
High-speed Data Transfer
20%
Heuristic Algorithm
20%
Earliest Finish Time
20%
Computer Science
Performance Network
100%
Bandwidth Scheduling
100%
Bandwidth Reservation
100%
Network Resource
60%
Reservation Request
60%
Scheduling Algorithm
40%
Network Service Provider
40%
Scheduling Problem
20%
Scientific Application
20%
Performance Evaluation
20%
Resource Utilisation
20%
Local Area Network
20%
Execution Time
20%
Completion Time
20%
Heuristic Algorithm
20%
Multiple Location
20%