Sentence examples for underwater mobility from inspiring English sources

Furthermore, the major benefits of SoftWater architecture are demonstrated by introducing software-defined underwater networking solutions, including the throughput-optimal underwater routing, SDN-enhanced fault recovery, and software-defined underwater mobility management.

SEAL Delivery Vehicle Teams are SEAL teams with an added underwater delivery capability who use the SDV MK VIII and the Advanced SEAL Delivery System (ASDS), submersibles that provides NSW with an unprecedented capability that combines the attributes of clandestine underwater mobility and the combat swimmer.

Due to multifarious factors of underwater environments, node mobility becomes a non-negligible issue.

They used a prediction-based deployment strategy to cater for the mobility of underwater nodes.

Through fully utilizing the supper capabilities on computation and mobility of autonomous underwater vehicle, the energy consumption for fixed sensor nodes can be extremely reduced, so that the lifetime of underwater networks is extended.

Through fully utilizing the supper capabilities on computation and mobility of autonomous underwater vehicles, the energy consumption for fixed sensor nodes can be extremely reduced, so that the lifetime of networks is extended.

Besides the source and the sink, all other nodes are mobile as follows: they can move in horizontal two-dimensional space, that is, in the X-Y plane (which is the most common mobility pattern in underwater applications [36]).

By combining high-capacity robust POF with the mobility and ubiquity of underwater wireless optical communication (UWOC), the proposed underwater Fi Wi technology will find wide application in ocean exploration.

Second, if house lock were an important factor, we would expect to see greater declines in labor mobility in states with more underwater mortgages, and among homeowners compared with renters.

Thrusters provide mobility to any free-swimming underwater vehicle.

The topology control techniques of UWSNs and terrestrial wireless sensor networks are significantly different because of the particularity of underwater environments and acoustic communication, such as mobility pattern, propagation delay and energy consumption.