We develop a distributed PD-IA scheduling algorithm, called Shark-IA, to maximally overlap interference in a multi-hop UWA network.
For instance, it takes about. 2/3 seconds for sound to travel 1 km in water. Such large propagation delay poses a major barrier on the performance of UWA ...
A distributed PD-IA scheduling algorithm, called Shark-IA, is developed, to maximally overlap interference in a multi-hop UWA network and results show that ...
An interference alignment algorithm for multi-hop underwater acoustic networks with large propagation delays is proposed in [15] . They develop a distributed PD ...
}, title = {Shark-IA: An Interference Alignment Algorithm for Multi-Hop ... underwater acoustic (UWA) communications is large propagation delays due to water ...
SHARK-IA: An interference alignment algorithm for multi-hop underwater acoustic networks with large propagation delays. H Zeng, YT Hou, Y Shi, W Lou, S ...
Shark-IA: An Interference Alignment Algorithm for Multi-hop Underwater Acoustic Networks with Large Propagation Delays · View online with eReader · PDF.
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It was shown in [14] that the Shark-IA algorithm can offer considerable throughput gain (e.g., 40% in some cases) when compared to an idealized benchmark ...
Shark-IA: An Interference Alignment Algorithm for Multi-hop Underwater Acoustic Networks with Large Propagation Delays. Article. Nov 2014.
Kompella, S.F. Midkiff "Shark-IA: An Interference Alignment Algorithm for Multi-hop Underwater Acoustic Networks with Large Propagation Delays" Proc. ACM ...