Simultaneous Location Technology of External Radiation Sources and Targets Guided by Spatial Synchronization
The localization of external radiation sources and targets is a key technology in the field of electronic countermeasure.Traditional location methods are limited in application scenarios due to relying on external data.The main purpose of spatial synchronization technology is to estimate the beam direction of radiation source in real time.The obtained information provides additional means for the location of external radiation sources and targets.Simultaneous location technology of ex-ternal radiation sources and targets guided by spatial synchronization information is proposed.Firstly,the location configuration is established,then the positioning theory is provided and the po-sitioning error forms are quantitatively analyzed.Finally,the effectiveness of the proposed method is verified by simulation experiments.The proposed method can realize simultaneous location of ex-ternal radiation sources and targets independently,and also provide theoretical support for other fusion localization methods.
万方数据
维普
