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Generalizing foraging theory for analysis and design
Theodore P. Pavlic
, Kevin M. Passino
Research output
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Contribution to journal
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Article
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peer-review
11
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Keyphrases
Optimal Foraging Theory
100%
Foraging Theory
100%
Task Processing
75%
Decision Algorithm
50%
Popular
25%
Engineering Design
25%
Biological Context
25%
Mathematical Characteristics
25%
Modeling Framework
25%
Analytical Method
25%
Engineering Application
25%
Graphical Method
25%
Foraging Behavior
25%
Optimization Framework
25%
Agent Behavior
25%
Performance Targets
25%
Process Behavior
25%
Theory Model
25%
Processing Applications
25%
Technological Context
25%
Efficiency Maximization
25%
General Optimization
25%
Risk-sensitive Foraging
25%
Generic Method
25%
Calorie
25%
Random Environment
25%
Starvation Probability
25%
Sum-rate Maximization
25%
Model Merging
25%
General Modeling
25%
Optimization Objective
25%
Earth and Planetary Sciences
Decision Making
100%
Probability Theory
100%
Graphical Method
50%
Foraging Behavior
50%
Starvation
50%
Computer Science
Decision-Making
100%
Probability
100%
Modeling Framework
50%
Optimization Framework
50%
Optimisation Objective
50%
Mathematics
Minimizes
100%
Probability
100%
Wide Range
50%
Processing Application
50%
Graphical Method
50%