Tracking of Virus Particles in Time-Lapse Fluorescence Microscopy Image Sequences.
William J. GodinezMarko LampeStefan WörzBarbara MüllerRoland EilsKarl RohrPublished in: Bildverarbeitung für die Medizin (2007)
Keyphrases
- fluorescence microscopy
- image sequences
- object tracking
- motion analysis
- motion segmentation
- motion model
- automatic tracking
- motion detection
- robust tracking
- traffic scenes
- moving camera
- image frames
- optical flow
- structure from motion
- rigid objects
- spatio temporal
- motion vector fields
- kalman filter
- three dimensional
- real time
- sequential monte carlo methods
- video sequences
- motion field
- phase contrast
- background subtraction
- proposal distribution
- motion parameters
- particle filtering
- motion patterns
- moving vehicles
- object motion
- video images
- particle filter
- computer vision
- feature points
- intelligent vehicles
- tracking framework
- articulated objects
- motion trajectories
- motion tracking
- human motion
- flow field
- video surveillance
- feature tracking
- visual tracking
- multi frame
- object detection
- evolutionary algorithm
- moving platform
- partial occlusion