To prevent bottlenecks and speed up network operations, researchers now propose that satellites should do more of their own management by organizing into smaller "management domains." Each domain is managed by a central satellite, allowing these groups to make decisions and share information faster, with less need for ground-based oversight.
Because LEO satellites are constantly moving, the makeup of each satellite group needs to adjust over time. The new strategy uses mathematical models and computer simulations to group satellites in ways that keep communication fast and minimize the need for frequent reshuffling. The method was tested using data from the Starlink network, and results showed notable improvements - communication delays within a group dropped to just a few milliseconds, with balanced workloads across the system.
Key findings include a system that quickly adapts group membership as satellites move, without major slowdowns. The approach is especially effective for constellations like Starlink, which are built in regular patterns and operate at high density.
This smarter, more dynamic satellite management could make future mega-constellations more resilient, efficient, and ready to support everything from global Internet services to disaster response.
Research Report:Dynamic management topology construction, evolution, and maintenance of low Earth orbit mega-constellation
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Beijing Institute of Technology
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