SUPAR (Seamless Uplink Process Architecture and Representation)
Current uplink architectures, software and procedures have been developed over decades in attempts to cope with missions of ever increasing complexity.
Engineering topics
Publications and source records attributed to Grenander, S..
Current uplink architectures, software and procedures have been developed over decades in attempts to cope with missions of ever increasing complexity.
The necessity of expending numerous ground-side manhours to write extremely concise command codes for deep-space probes in-flight, which carry limited on-board processing capabilities, is encouraging the development of AI modules to perform the same task. An experimental automated sequence planner, Deviser, has proven successful enough, when used on a mainframe computer, to continue with the next generation of the concept, PLAN-IT, an expert scheduler for spacecraft observation targets. The new system will provide the ground-based user with interactive graphic displays for choosing targets and generates an expected time-line. An updated Deviser, using the new modules, will be tested after the Voyager Uranus encounter, and PLAN-IT will be employed to formulate Spacelab activity schedules.