A rate-allocation based multi-path control scheme for event-driven wireless sensor networks on constant event packet rates.
Fang-Yie LeuFuu-Cheng JiangChih-Cheng LienSen-Tarng LaiShiuan-You ChiouPublished in: Comput. Syst. Sci. Eng. (2012)
Keyphrases
- event driven
- control scheme
- multipath
- rate allocation
- wireless sensor networks
- end to end
- routing algorithm
- channel conditions
- wireless channels
- forward error correction
- video transmission
- source coding
- closed loop
- multi hop
- control system
- bit error rate
- channel coding
- control strategy
- dynamic model
- energy efficient
- control law
- sensor networks
- mobile ad hoc networks
- wireless ad hoc networks
- ad hoc networks
- rate distortion
- routing protocol
- multiple description coding
- image transmission
- fading channels
- energy consumption
- sensor nodes
- video coding
- bitstream
- data transmission
- real time
- intermediate nodes
- ofdm system
- energy efficiency
- shortest path
- packet loss
- base station
- mobile nodes
- network coding
- error resilience
- error resilient
- wireless communication
- computational complexity
- network lifetime
- error correction
- communication systems
- network traffic
- coding scheme