In Walker LEO constellations, densification under full frequency reuse makes downlink SINR coverage and ergodic spectral efficiency vanish as O(1/N) because interference grows linearly in N while the signal from the nearest visible satellite remains uniformly bounded.
Nearest neighbor and contact distance distribution for binomial point process on spherical surfaces
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Densification Converses for Walker Constellations With Explicit Constants and Reuse Scaling Laws
In Walker LEO constellations, densification under full frequency reuse makes downlink SINR coverage and ergodic spectral efficiency vanish as O(1/N) because interference grows linearly in N while the signal from the nearest visible satellite remains uniformly bounded.