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SDN-based fog and cloud interplay for stream processing
Michał Rzepka
, Piotr Boryło
,
Marcos D. Assunção
, Artur Lasoń
, Laurent Lefèvre
École de technologie supérieure
Software and Information Technology Engineering Department
LASI - Computer systems architecture laboratory
AGH University of Krakow
École normale supérieure de Lyon
Research output
:
Contribution to journal
›
Journal Article
›
peer-review
7
Citations (Scopus)
Overview
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Keyphrases
Adaptive Workload
25%
Community Cloud
25%
Computational Resources
25%
Computing Infrastructure
25%
Computing Resources
25%
Dynamic Workload
25%
Heterogeneous Environment
25%
Latency
25%
Latency Constraint
100%
Limited Network Resources
25%
Meeting Applications
25%
Network Capacity
25%
Network Resource Utilization
25%
Placement Algorithm
25%
Reference Algorithms
25%
Resource Requirements
25%
Stream Application
25%
Stream Processing
100%
Success Rate
25%
Transmission Delay
25%
Unnecessary Delay
25%
Wide Area Networks
25%
Workload Placement
25%
Computer Science
Computational Resource
25%
Computing Infrastructure
25%
Computing Resource
25%
Data Stream
25%
Dynamic Workload
25%
Network Capacity
25%
Network Resource
50%
Placement Algorithm
25%
Resource Utilisation
25%
Software-Defined Networking
100%
Stream Processing
100%
Transmission Delay
25%
Wide Area Network
25%