Session
Session IV: Advanced Technology 2-Enterprise
Location
Salt Palace Convention Center, Salt Lake City, UT
Abstract
As the space sector trends toward complex mission types, the demand for multi-asset, multi-generational, and multi-organizational paradigms has grown. It is critical that the spaceflight community builds the infrastructure needed to realize these mission architecture goals. To this end, we present a standard and schematic for intelligent extensible mission architectures, which will allow missions of the future to be distributed, heterogeneous, incremental, and interoperable for enhanced flexibility, adaptability, and responsiveness in space. We begin by describing a motivation for intelligent extensibility, followed by a review of related work in standards and autonomous multi-agent systems. Next, we present the theoretical definition and schematic of our standard, followed by an illustrative example and description of experimental results. We conclude with suggestions for adoption of our standards in future work.
Document Type
Event
Standards and Schematics for Intelligent Extensible Mission Architectures in Space
Salt Palace Convention Center, Salt Lake City, UT
As the space sector trends toward complex mission types, the demand for multi-asset, multi-generational, and multi-organizational paradigms has grown. It is critical that the spaceflight community builds the infrastructure needed to realize these mission architecture goals. To this end, we present a standard and schematic for intelligent extensible mission architectures, which will allow missions of the future to be distributed, heterogeneous, incremental, and interoperable for enhanced flexibility, adaptability, and responsiveness in space. We begin by describing a motivation for intelligent extensibility, followed by a review of related work in standards and autonomous multi-agent systems. Next, we present the theoretical definition and schematic of our standard, followed by an illustrative example and description of experimental results. We conclude with suggestions for adoption of our standards in future work.
