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Keyphrases
Large-scale Disasters
100%
Maximal Covering Location Problem
100%
Disaster Rescue
100%
Rescue Team
50%
Large-sized
33%
Heuristic Approach
33%
Problem Model
33%
Emergency Rescue
33%
K-means
16%
Euclidean Distance
16%
Small-sized
16%
Multiple Periods
16%
Natural Disasters
16%
Earthquake
16%
Clustering Algorithm
16%
Simulation Experiment
16%
Mobile Networks
16%
Time Limits
16%
Problem Instances
16%
Near-optimal Solution
16%
High Computational Efficiency
16%
Mixed Integer Linear Programming Model
16%
Single-period
16%
Mixed Integer Linear Programming
16%
CPLEX
16%
Linearization Techniques
16%
Approximation Error
16%
Hub Center
16%
Relax-and-fix Heuristic
16%
Communication Hub
16%
Signal-free
16%
Continuous Location
16%
Lingo
16%
Limit Set
16%
Moving Vehicle
16%
Free Field
16%
MIP Solver
16%
Mathematics
Linear Programming
100%
Integer
100%
Natural Scale
100%
Heuristic Approach
100%
Nonlinear
50%
Stochastics
50%
Clustering Algorithm
50%
Test Problem
50%
Linearization Method
50%
Approximation Error
50%
Euclidean Distance
50%
Single Period
50%
Engineering
Emergency Rescue
100%
Model Problem
100%
Experimental Result
50%
Nodes
50%
Computational Efficiency
50%
Mean Clustering Algorithm
50%
Mixed-Integer Linear Programming Model
50%
Simulation Experiment
50%
Single Period
50%
Euclidean Distance
50%
Linearization Method
50%
Free Field
50%
Mixed Integer Linear Programing
50%
Computer Science
Location Problem
100%
Mixed-Integer Linear Programming
33%
Approximation (Algorithm)
16%
Computational Efficiency
16%
Experimental Result
16%
k-means Clustering
16%
Programming Model
16%
Mobile Network
16%
Problem Instance
16%
Euclidean Distance
16%
Simulation Experiment
16%
Mean Clustering Algorithm
16%
Earth and Planetary Sciences
Natural Disaster
100%
Continuous Location
50%
Storm
50%