arXiv:2606.12667v1 Announce Type: cross Abstract: Rapidly expanding low Earth orbit satellite constellations are placing increasing demands on terrestrial ground networks, motivating the development of more efficient ground station network designs. Current approaches select sites from predefined locations, limiting optimization to existing infrastructure and constraining performance. In contrast, free-placement optimization operates over a continuous spatial domain on Earth, broadening the search space and allowing higher-throughput configurations at the cost of potentially requiring new infra
Rapid growth in Low Earth Orbit (LEO) satellite constellations is creating significant demand for optimized ground infrastructure, driving innovation in network design to meet increasing throughput needs.
This research outlines a methodology for more efficient ground station placement, which can significantly reduce operational costs and improve data transfer speeds for LEO satellite networks, critical for various applications.
Current ground station deployment, constrained by existing infrastructure, will evolve towards continuous spatial optimization, allowing for more strategic and effective network designs.
- · LEO satellite operators
- · Satellite infrastructure providers
- · Data analytics companies
- · Remote sensing industry
- · Legacy ground station providers with fixed infrastructure
- · Regions with limited suitable infrastructure for new ground stations
- · Inefficient satellite network operators
Optimized ground station placement will lead to higher data throughput and lower latency for satellite communication systems.
Improved satellite communication will enable new applications in remote sensing, global connectivity, and real-time data services.
Enhanced global satellite networks could contribute to bridging digital divides and bolstering national digital infrastructures, potentially impacting geopolitical influence through connectivity.
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Read at arXiv cs.AI