02-08-2012, 11:27 PM
Hello all. I am new to seminarprojects.com so I am curious to see how this works. I am trying to design a non-line-of-sight (NLOS) optical communications system for an unmanned Army ground vehicle for a proposal for an Army Small Business Initiative Research program. I am considering using a combination of UV atmospheric molecular scattering enhanced with smart dust motes for a multihop multiplexing optical communications system.
I am wondering if there is a reason why UV spectrum smart dust motes aren't mentioned in the literature I've seen. Also I am trying to figure out some way to just use passive optical transmission to minimize power consumption and further miniaturize smart dust motes.
The communications link must be covert so visual spectrum is not an option. Also atmospheric molecular scattering only works for UV.
Anyways, I will keep this brief. Also, if you are a US citizen and interested in working on this project you can contact me at jacksonrjones[at]principlesofprediction.com. Thank you,
Jackson R. Jones
Sole Proprietor, Principles of Prediction
I am wondering if there is a reason why UV spectrum smart dust motes aren't mentioned in the literature I've seen. Also I am trying to figure out some way to just use passive optical transmission to minimize power consumption and further miniaturize smart dust motes.
The communications link must be covert so visual spectrum is not an option. Also atmospheric molecular scattering only works for UV.
Anyways, I will keep this brief. Also, if you are a US citizen and interested in working on this project you can contact me at jacksonrjones[at]principlesofprediction.com. Thank you,
Jackson R. Jones
Sole Proprietor, Principles of Prediction