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Iterated Local Search Algorithm for Clustering Wireless Sensor Networks.
Sandra Dudley-mcevoy
, M Turkey
Electrical and Electronic Engineering
Research output
:
Contribution to conference
›
Paper
›
peer-review
5
Citations (Scopus)
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Dive into the research topics of 'Iterated Local Search Algorithm for Clustering Wireless Sensor Networks.'. Together they form a unique fingerprint.
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Keyphrases
Balanced Energy Consumption
50%
Boltzmann Selection
50%
Cluster Head Selection
100%
Cluster Hierarchy
100%
Clustered Wireless Sensor Networks
100%
Clustering Protocol
50%
Combination Operator
50%
Communication Process
50%
Coverage Effects
50%
Current Solution
100%
Dynamic Local Search
100%
Energy Conservation
50%
Energy Consumption
50%
Fitness Value
50%
Genetic Algorithm
50%
Hierarchical Protocol
50%
Inactive Nodes
50%
Iterated Local Search
100%
Iterated Local Search Algorithm
100%
Main Algorithm
50%
Network Lifetime
100%
Performance Improvement
50%
Perturbation Operator
50%
Random Solution
100%
Rate of Change
50%
Search Algorithm
100%
Search Length
50%
Search Process
50%
Search Space
50%
Selection Problem
50%
Selection Protocol
50%
Selection Strategy
50%
Sensor Node
100%
Sleep Mode
50%
Sleep Scheduling
50%
Wireless Sensor Network Deployment
50%
Wireless Sensor Networks
50%
Computer Science
cluster-head
66%
Communication Process
33%
Energy Consumption
66%
Genetic Algorithm
33%
Iterated Local Search
100%
Local Search Algorithm
100%
Network Lifetime
66%
Problem Selection
33%
Proposed Mechanism
33%
Quality Solution
33%
Scheduling Scheme
33%
Search Space
33%
Selection Process
33%
Sensor Node
66%
Wireless Sensor Network
100%
Engineering
Boltzmann Equation
20%
Change Rate
20%
Cluster Head
40%
Clustering Protocol
20%
Energy Engineering
60%
Form Part
20%
Genetic Algorithm
20%
Inactive Node
20%
Local Search
100%
Network Lifetime
40%
Nodes
20%
Random Solution
40%
Search Algorithm
100%
Search Space
20%
Selection Process
20%
Sensor Node
40%
Sleep Mode
20%
Wireless Sensor Network
100%