Distributed Zero-Forcing Amplify-and-Forward Beamforming for WSN Operation in Interfered and Highly Scattered Environments.
Slim ZaidiOussama Ben SmidaSofiène AffesShahrokh ValaeePublished in: IEEE Trans. Commun. (2020)
Keyphrases
- wireless sensor networks
- heterogeneous environments
- distributed systems
- multi agent
- open systems
- energy efficient
- computing environments
- data sets
- cooperative
- heterogeneous wireless sensor networks
- distributed learning
- distributed environment
- real world
- lightweight
- dynamic environments
- peer to peer
- robotic systems
- communication cost
- fault tolerant
- data aggregation
- monitoring system
- robot teams