This task is developing new method for reducing onboard data by using self focusing and fully processing the images within the instrument itself, thereby reducing the burden on the spacecraft and the downlink network by orders of magnitude.
This task will enable future planetary mapping missions through a technique called interferometric synthetic aperture radar, using microwave and triangulation to create very high precision maps of extra- terrestrial bodies by orbiting spacecraft. One of the key challenges of any mapping mission is the amount of data generated by the spacecraft, and the difficulty of returning that data to earth. This task will develop new methods to reduce data processing onboard the spacecraft by using self focusing and fully processing the images within the instrument itself, thereby reducing the burden on the spacecraft and the down link network by orders of magnitude. This can significantly reduce mission duration and thus mission cost, enabling these mapping techniques for planetary bodies.More »
|Organizations Performing Work||Role||Type||Location|
|Jet Propulsion Laboratory (JPL)||Lead Organization||NASA Center||Pasadena, California|