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Modeling Small Systems Through the Relative Entropy Lattice
Yair Neuman
,
Dan Vilenchik
Department of Cognitive and Brain Sciences
Research output
:
Contribution to journal
›
Article
›
peer-review
11
Scopus citations
Overview
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Keyphrases
Small Systems
100%
Relative Entropy
100%
Divergence
40%
Soccer Clubs
40%
Additivity
40%
Interaction System
40%
Granularity Level
40%
Different Granularity
40%
Measuring Instrument
20%
Modeling Tools
20%
Physical Systems
20%
Simple Procedure
20%
Behavior Change
20%
Quantitative Measurement
20%
Social Networks
20%
Coaching
20%
Interacting Particle Systems
20%
Team Behavior
20%
Sports Teams
20%
Additive Behavior
20%
Quantitative Modeling
20%
Particle Network
20%
English Premier League
20%
Engineering
Granularity
100%
Interacting System
100%
Relative Entropy
100%
Illustrates
50%
Simple Procedure
50%
Physical System
50%
Interacting Particle
50%
Past Year
50%
Computer Science
Granularity Level
100%
Relative Entropy
100%
Physical System
50%
Social Network
50%
Practical Implication
50%
Measurement Tool
50%
Mathematics
Lattices
100%
Dyad
100%
Relative Entropy
100%
Physical System
50%
Neuroscience
Behavior (Neuroscience)
100%
Behavior Change
16%
Psychology
Team Sport
100%