Deep attention networks reveal the rules of collective motion in zebrafish.
Francisco J. H. HerasFrancisco Romero-FerreroRobert HinzGonzalo G. de PolaviejaPublished in: PLoS Comput. Biol. (2019)
Keyphrases
- motion estimation
- motion analysis
- image sequences
- association rules
- social networks
- network analysis
- human motion
- space time
- motion capture
- optical flow
- motion detection
- motion segmentation
- camera motion
- spatial and temporal
- computer networks
- production rules
- motion parameters
- motion patterns
- visual attention
- collective intelligence
- motion model
- motion tracking
- heterogeneous networks
- moving objects
- focus of attention
- neural network
- image motion
- complex networks
- network structure
- background knowledge
- domain experts
- three dimensional
- decision trees