Hysteresis based rate adaptation for scalable video traffic over an LTE downlink.
Nabeel KhanMaria G. MartiniPublished in: ICC Workshops (2015)
Keyphrases
- scalable video
- rate adaptation
- video streaming
- application layer
- network conditions
- cross layer
- network resources
- fine granularity
- scalable video coding
- wireless channels
- video quality
- multiple description coding
- video streams
- end to end
- video transmission
- packet losses
- multiple description
- rate control
- low complexity
- peer to peer
- congestion control
- quality of service
- bitstream
- multimedia services
- network traffic
- bit rate
- base layer
- resource allocation
- video content
- user experience
- qos requirements
- error resilient
- response time
- video conferencing
- video data
- video coding
- rate distortion
- wireless sensor networks