INIS
planning
100%
simulation
100%
policy
100%
genetic algorithms
100%
decision making
66%
algorithms
66%
environment
66%
performance
66%
space
66%
optimization
66%
growth
33%
applications
33%
tools
33%
randomness
33%
monte carlo method
33%
solutions
33%
comparative evaluations
33%
configuration
33%
modeling
33%
cost
33%
noise
33%
stochastic processes
33%
economics
33%
sampling
33%
communities
33%
allocations
33%
Engineering
Urban Planning
100%
Green Space
100%
Endpoint
50%
Making Problem
50%
Candidate Solution
50%
Future Trend
50%
Greedy Algorithm
50%
Complete Set
50%
Monte Carlo Sampling Technique
50%
Urban Growth
50%
Earth and Planetary Sciences
Decision Making
100%
Green Space
100%
Urban Planning
100%
Sampling Technique
50%
Cellular Automata
50%
Spatial Modeling
50%
Urban Growth
50%
Greedy Algorithm
50%
Computer Science
Evolutionary Algorithms
100%
Evolutionary Approach
66%
Theoretical Framework
33%
Inherent Complexity
33%
Sequential Decision Making
33%
Online Approach
33%
Cellular Automata
33%
Decision-Making
33%
Sampling Technique
33%
Urban Environment
33%
Candidate Solution
33%
Greedy Algorithm
33%