Reflection Enhancement Suppression Technology Based on Formation Multi-ship Radar Reconnaissance
When an unmanned ship executes combat missions in a formation,radar reconnaissance e-quipment is capable of receiving direct electromagnetic waves from the battlefield environment and reflected electromagnetic waves from other unmanned ships.Moreover,the power of these reflected waves is comparable to that of the direct waves,and their reflection paths are difficult to predict and distinguish,which leads to the phenomenon of batch-increasing of reconnaissance results.To address this issue,this paper proposes an suppression technique against reflection batch-increasing based on multi-ship radar reconnaissance in formation.The radar equipments of multiple ships in the formation jointly analyze and process the received radar signals through working together,so the difficulties faced by a single ship platform in distinguishing between direct and reflected waves can be effectively alleviated,and more accurate reconnaissance results can be obtained,which sup-presses the reflection ambiguities caused by batch-increasing.Through the collaborative operations of multiple unmanned ships,this approach maximizes the utilization of multiple sources of informa-tion,enhances the accuracy and reliability of reconnaissance,and provides an effective solution for radar reconnaissance of unmanned ships combat missions.The application of this technology will greatly increase the accuracy of reconnaissance results and improve the combat effectiveness,which is of great practical significance and broad application prospects.
formation of multiple shipsradar wave reflectionambiguity suppression for batch-in-creasing
万方数据
维普
