In the process of trajectory deception against the networked radar using an Unmanned Aerial Vehicle(UAV)cluster,false target points are generated by delaying and forwarding intercepted radar signals.Errors such as radar station location errors,UAV jitter errors,and forwarding delay errors can all cause these false target points to deviate from their intended positions,thereby degrading the effectiveness of the deception.Considering known radar measurement positions,UAV preset positions,deception distances,and a specific Space Resolution Cell(SRC)of the networked radar,the boundary condition of successfully deceiving networked radar by a UAV cluster is analyzed in this paper.The impact patterns of these errors on deception effectiveness are also summarized in the paper.The numerical simulation results show that when all three kinds of errors are present,the derived results can effectively evaluate the deception ability of the UAV cluster to the networked radar.
维普
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