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Congestion avoidance in wireless sensor network using software defined network
Ahmed Nawaz Khan
, Muhammad Adnan Tariq
, Muhammad Asim
, Zakaria Maamar
, Thar Baker
School of Arch, Tech and Eng
Research output
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Contribution to journal
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Article
›
peer-review
Overview
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Keyphrases
Average Queue Length
20%
Congestion Avoidance
100%
Cost Reduction
20%
Data Dissemination
20%
Delay Constraint
20%
End-to-end Delay Bound
40%
Graph Algorithms
40%
Logically Centralized Controllers
20%
Multiple Applications
20%
Network Approach
20%
Network Routing
40%
Network Size
20%
Node number
20%
Number of Edges
20%
Path Selection
20%
Quality of Service Guarantee
20%
Smart City Applications
20%
Software-defined Networking
100%
Topological Network
20%
Whole Network
20%
Wireless Sensor Networks
100%
Computer Science
Average Queue Length
20%
Centralized Controller
20%
Core Component
20%
Delay Constraint
20%
End-to-End Delay
60%
Multiple Application
20%
Network Topology
20%
Path Selection
20%
Quality of Service
20%
Service Requirement
20%
Smart City Application
20%
Software-Defined Network
100%
Wireless Sensor Network
100%