Three of twelve technologies on board had to work within a few minutes of separation from the carrier rocket for the mission to continue.
The Deep Space series was continued by the Deep Space 2 probes, which were launched in January 1999 piggybacked on the Mars Polar Lander and were intended to strike the surface of Mars (though contact was lost and the mission failed).
Launched on 24 October 1998, the Deep Space 1 spacecraft carried out a flyby of asteroid 9969 Braille, which was its primary science target.
The mission was extended twice to include an encounter with comet 19P/Borrelly and further engineering testing.
Its mission was extended twice to include an encounter with comet Borrelly and further engineering testing.
The person starts to smile when he starts to think about new things to do that his old phone or communication system couldn’t possibly have done. (LAMA-P was another option, but for some reason nobody seems to like that version…I don’t know why.)The expansion of this book to include more examples is something I’ve been looking forward to for some time.
Launched on 24 October 1998, three of twelve technologies on board had to work within a few minutes of separation from the carrier rocket for the mission to continue.
The Deep Space mission carried out a flyby of asteroid 9969 Braille which was selected as the mission's science target.
In this work, an experimental analysis on the performance of the control architecture’s capabilities is presented, throughout two representative cases of study running upon an integrated test-bed platform built on top of the 3DROV ESA planetary rover simulator.
Díaz D., Cesta A., Oddi A., Rasconi R., Rodriguez-Moreno M. (2015) Efficient Power-Aware Resource Constrained Scheduling and Execution for Planetary Rovers. (eds) AI*IA 2015 Advances in Artificial Intelligence.