Photon-counting detectors can increase the range of underwater optical wireless
communication (UWOC) by enhancing the detection sensitivity and have thus become an …

Underwater collaborative work between small mobile platforms (SMP) such as divers, litter
submarine or AUV, requires a high data rate communication system which is compact …

Optical propagation through the ocean encounters significant absorption and scattering; the
impact is exponential signal attenuation and temporal broadening, limiting the maximum link …

In this article, a spatial optical equalization method based on the Engineered Diffuser (ED) is
proposed to mitigate the nonlinearity degradation caused by the dead time of a silicon …

Underwater Research is gaining more and more attention. Experiments conducted beneath
the ocean aids in the invention of many things. Many studies have been conducted in the …

A variety of both existing and developing sensors would benefit from near real time
communication of high bandwidth data. To cite just one example, sensors that could more …

Optical communication is a potential technology to realize underwater wireless
communication. The experiment of underwater optical communication in the laboratory is …

Using an LED source, a photon counting receiver and return-to-zero on-off keying (RZ-OOK)
modulation with a duty cycle of 0.7, the receiver sensitivity of-70dBm is successfully …

In order to communicate below the surface of the water, underwater data communication is a
viable technique. Lab experiments, however, are distinct from real-world situations because …

Water data communication is a potential technology to realize underwater communication.
The experiment of underwater data communication in the laboratory is different with that in …