Video-Quality-Driven Resource Allocation for Real-Time Surveillance Video Uplinking Over OFDMA-Based Wireless Networks.
Po-Han WuChih-Wei HuangJenq-Neng HwangJae-Young PyunJuan ZhangPublished in: IEEE Trans. Veh. Technol. (2015)
Keyphrases
- resource allocation
- wireless networks
- surveillance videos
- video quality
- real time
- video delivery
- video streaming
- video data
- video content
- wireless communication
- wireless channels
- video coding
- packet loss
- bit rate
- bitstream
- video transmission
- video sequences
- base station
- frame rate
- scalable video
- quality assessment
- packet scheduling
- video surveillance
- compressed video
- error resilience
- compressed domain
- error concealment
- cellular networks
- error propagation
- resource management
- ad hoc networks
- error resilient
- cross layer
- video streams
- wifi
- motion vectors
- human activities
- high speed
- motion estimation
- multiple description coding
- physical layer
- rate adaptation
- computational complexity
- video compression