面向海上区域防空的空域管控技术研究OA

In maritime regional air defense operations,numerous participating forces maneuver frequently with a highly dynamic airspace structure.Existing airspace management methods face difficulties in meeting the requirements for real-time performance,fine-grained control and collaborative decision-making in actual combat.To address this issue,this paper proposes a collaborative airspace management approach for air defense based on digital grids.This approach adopts multi-level three-dimensional airspace grids as the digital foundation,structurally encodes airspace objects and their usage states,and constructs an integrated digital model of space-time-attribute,enabling computable representation and collaborative management of heterogeneous aircraft airspace usage.On this basis,methods for digital airspace generation and adaptive planning are designed,and an airspace conflict detection mechanism based on grid-level matching is proposed.Simulation results demonstrate that under scenarios of 100-500 airspace usage plans,the proposed method improves conflict detection efficiency by 50%-60%compared with traditional geometric calculation methods,significantly reducing computational complexity under multi-task parallel conditions.