Embodiments of the present invention provide an intelligent bird expulsion method and system capable of effectively identifying and expelling birds by combining a moving mechanism and an intelligent image determination model. Firstly, the moving mechanism is controlled to move according to a user-preset position, and an image is captured at a designated location. Subsequently, the intelligent image recognition model is utilized to determine locations of the birds, based on which a movement pattern and an activation timing of an expulsion device are determined, and an expulsion strategy is formulated and implemented. Another image is captured after the bird is repelled, and an expulsion effectiveness is evaluated by comparing the images captured before and after expelling the birds. Finally, the system stores a result of evaluating the expulsion effectiveness as historical data and performs strategy review and optimization.

Embodiments of the present invention provide an intelligent bird expulsion method and system capable of effectively identifying and expelling birds by combining a moving mechanism and an intelligent image determination model. Firstly, the moving mechanism is controlled to move according to a user-preset position, and an image is captured at a designated location. Subsequently, the intelligent image recognition model is utilized to determine locations of the birds, based on which a movement pattern and an activation timing of an expulsion device are determined, and an expulsion strategy is formulated and implemented. Another image is captured after the bird is repelled, and an expulsion effectiveness is evaluated by comparing the images captured before and after expelling the birds. Finally, the system stores a result of evaluating the expulsion effectiveness as historical data and performs strategy review and optimization.

A non-lethal animal shepherding active denial system of directed electromagnetic energy having at least one emitter to provide low-energy radiation to deter and shepherd birds and other species away from dangerous areas such as airports or wind turbines. The directed electromagnetic energy may be emitted in a conical shape to target a precise area and to define at least one denial zone and at least one shepherding zone. The shepherding zone may create a pathway to shepherd animals away from the denial zone to allow the birds to safely escape from the denial zone. Objects within a shepherding zone are subjected to dielectric heating, such that the radiation penetration is very shallow, only heating the surface of the skin or fur. By employing a large spatial swath, lower energies (<1 kW), and time-varying intensity, birds and other species can be shepherded away from regions of interest.

A non-lethal animal shepherding active denial system of directed electromagnetic energy having at least one emitter to provide low-energy radiation to deter and shepherd birds and other species away from dangerous areas such as airports or wind turbines. The directed electromagnetic energy may be emitted in a conical shape to target a precise area and to define at least one denial zone and at least one shepherding zone. The shepherding zone may create a pathway to shepherd animals away from the denial zone to allow the birds to safely escape from the denial zone. Objects within a shepherding zone are subjected to dielectric heating, such that the radiation penetration is very shallow, only heating the surface of the skin or fur. By employing a large spatial swath, lower energies (<1 kW), and time-varying intensity, birds and other species can be shepherded away from regions of interest.