Eliminating catastrophic co-channel interference when multiple base stations track targets in shared airspace.
Proving that decentralized beam allocation games possess pure-strategy Nash equilibria, guaranteeing that multi-tower schedules never oscillate into unstable hunting cycles.
Utility functions reward both individual tower radar resolution and collective network interference suppression, aligning local base station incentives with global network stability.
Simulations across 100 urban micro-cells demonstrated a 22 dB reduction in inter-cell interference and a 35% boost in average target tracking range.