We also present some of the various types
of networking architectures, frameworks, and networking
protocols that can be used for U2U and U2I communication. In
addition, the paper outlines the services that can be performed
by the middleware layer to provide increased networking
system efficiency and seamless handling of communication
between heterogeneous UAV nodes as well as ground and
satellite communication units. In addition, we discuss the
use of UAVs for data collection in WSNs. Such use of UAVs
can be very effective in reducing WSN energy consumption,
and communication interference, which can lead to a highly
scalable and efficient networking framework.
We also present some of the various typesof networking architectures, frameworks, and networkingprotocols that can be used for U2U and U2I communication. Inaddition, the paper outlines the services that can be performedby the middleware layer to provide increased networkingsystem efficiency and seamless handling of communicationbetween heterogeneous UAV nodes as well as ground andsatellite communication units. In addition, we discuss theuse of UAVs for data collection in WSNs. Such use of UAVscan be very effective in reducing WSN energy consumption,and communication interference, which can lead to a highlyscalable and efficient networking framework.
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