Remote Sensing

Processing massive and complex data with brainlike neural computation is critical to achieving onboard decision-making systems for robotic missions on Earth and in space.

The Juno mission will use an unusual polar orbit to examine Jupiter's deep atmosphere and the mechanisms generating its powerful aurora.

A framework that combines correlation arrays over time using probabilistic models can improve automatic target detection and tracking.

Atmospheric information from satellite images can successfully be estimated by neural networks, despite intruding effects.

A cost-effective, integrated strategy of human-robotic exploration for resources should also apply principles of sustainability.

Technology developments have enabled the deployment of hyperspectral sensors to new application areas.

The quantum cascade laser's unique properties -- especially its power, tuning range and ability to work pulsed at room temperature -- make it ideal for a variety of gas sensing applications.