Towards an autonomous space in-situ marine sensorweb

Chien, S.; Doubleday, J.; Tran, D.; Thompson, D.; Mahoney, G.; Chao, Y.; Castano, R.; Ryan, J.; Kudela, R.; Palacios, S.; Foley, D.; Balasuriya, A.; Schmidt, H.; Schofield, O.; Arrott, M.; Meisinger, M.; Mandl, D.; Frye, S.; Ong, L.; Cappelaere, P.

Towards an autonomous space in-situ marine sensorweb

Chien, S.; Doubleday, J.; Tran, D.; Thompson, D.; Mahoney, G.; Chao, Y.; Castano, R.; Ryan, J.; Kudela, R.; Palacios, S.; Foley, D.; Balasuriya, A.; Schmidt, H.; Schofield, O.; Arrott, M.; Meisinger, M.; Mandl, D.; Frye, S.; Ong, L.; Cappelaere, P.

URI: http://hdl.handle.net/2014/45249

Date: 2009-04-07

Publisher: Pasadena, CA : Jet Propulsion Laboratory, National Aeronautics and Space Administration, 2009

Citation: AIAA Infotech @ Aerospace, Seattle, Washington, April 7-9, 2009

Abstract:

We describe ongoing efforts to integrate and coordinate space and marine assets to enable autonomous response to dynamic ocean phenomena such as algal blooms, eddies, and currents. Thus far we have focused on the use of remote sensing assets (e.g. satellites) but future plans include expansions to use a range of in-situ sensors such as gliders, autonomous underwater vehicles, and buoys/moorings.

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