Flight linkage type multi-drive bird device cluster cooperative control system and method

Abstract

The application provides a flight linkage type multi-drive bird equipment cluster cooperative control system and method, in particular to the field of airport bird strike prevention technology, which is composed of a flight data interaction module, a global bird situation detection subsystem, an edge computing unit, a cluster control mainboard, a multi-type bird repelling terminal array and a remote operation terminal. The flight data interaction module collects flight operation data and outputs equipment start-stop trigger signals, and the global bird situation detection subsystem collects global bird situation data of the airport. The edge computing unit fuses the two types of data to generate a cluster bird repelling control strategy, and the cluster control mainboard outputs start-stop instructions and working mode instructions. The multi-type bird repelling terminal array executes bird repelling operations and uploads operation state data, and the remote operation terminal realizes data visual display and manual instruction issuing. The application solves the problem that the existing bird repelling system cannot realize partitioned, time-division and graded cooperative scheduling in combination with flight states and bird situation risks, and realizes precise, energy-saving and cooperative bird repelling operations driven by two factors.