Modelling Drosophila Motion Vision Pathways for Decoding the Direction of Translating Objects Against Cluttered Moving Backgrounds.
Qinbing FuShigang YuePublished in: CoRR (2020)
Keyphrases
- moving objects
- rigid objects
- multiple moving objects
- continuously moving
- objects moving
- motion analysis
- real time
- visual scene
- motion estimation
- visual perception
- moving camera
- optical flow
- computer vision
- image sequences
- camera motion
- d objects
- initial position
- background subtraction
- motion segmentation
- dynamic scenes
- visual data
- object motion
- motion model
- robot motion
- tracking objects
- vision system
- static images
- motion patterns
- target object
- object tracking
- motion parameters
- complex background
- biological entities
- articulated objects
- stationary camera
- point correspondences
- video sequences
- geometrical constraints
- conveyor belt
- space time
- static background
- camera movement
- motion field
- object recognition
- cardinal directions
- decoding algorithm
- visual input
- human motion
- viewing direction
- multibody
- motion trajectories
- gene expression