The effects of scene characteristics, resolution, and compression on the ability to recognize objects in video.
Joel DumkeCarolyn G. FordIrena W. StangePublished in: Human Vision and Electronic Imaging (2011)
Keyphrases
- dynamic scenes
- video images
- video sequences
- visual data
- object detection and tracking
- moving objects
- complex scenes
- multiple objects
- video scene
- high resolution video
- object motion
- scene understanding
- real world scenes
- layered representation
- video data
- crowded scenes
- stationary camera
- visual scene
- image sequences
- moving camera
- three dimensional
- multimedia
- space time
- motion trajectories
- video streams
- video frames
- real world objects
- combining information from multiple
- relative position
- d scene
- video clips
- d objects
- high frame rate
- image segments
- multi view
- compression standards
- single frame
- video signals
- video content
- single image
- outdoor scenes
- image regions
- video analysis
- visual information
- high resolution
- tracking multiple objects
- image mosaics
- video surveillance
- static images
- temporal resolution
- image compression
- surveillance videos
- input image
- dynamic background
- geometric constraints
- live video
- motion estimation
- object tracking
- low resolution
- quality metrics
- compression ratio
- compression algorithm