Reconstruction of fragmented trajectories of collective motion using Hadamard deep autoencoders.
Kelum GajamannageYonggi ParkRandy C. PaffenrothAnura P. JayasumanaPublished in: Pattern Recognit. (2022)
Keyphrases
- motion patterns
- moving objects
- image sequences
- configuration space
- object motion
- motion trajectories
- denoising
- space time
- motion analysis
- motion segmentation
- moving points
- rotational motion
- motion estimation
- motion model
- feature trajectories
- human motion
- optical flow
- image reconstruction
- three dimensional
- view invariant
- camera motion
- high resolution
- optical flow fields
- motion field
- reconstruction process
- motion capture
- reconstruction error
- reconstruction method
- dynamic scenes
- stationary camera
- trajectory data
- motion planning
- multiple targets
- objects moving
- inverse kinematics
- hadamard transform
- motion parameters
- path planning
- structure from motion
- video sequences
- object trajectories
- perspective views
- uncalibrated cameras
- static images
- motion tracking
- image quality
- reconstructed image
- hand gestures