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您的检索式：作者名="Chaoxuan Shang"
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| 1 | Design and research of signal-level airborne electronic reconnaissance simulation system显示文摘Airborne passive electronic reconnaissance equipment has developed rapidly during recent years.However,because of its expensive and unavailable military features,the simulation realization of these equipment needs to be solved.And the smaller the simulation particle is,the better the simulation system will be.In this study,a signal-level airborne electronic reconnaissance simulation system was built.Mathematical model and simulation realization of each part are introduced in this study.Focusing on the shortness of traditional signal sorting methods,we creatively proposed a presorting method based on the Euclidean distance inside signal flows.Simulation results show that the presorting method based on Euclidean distance successfully reduced the pressure on main sorting and appeared good for signal sorting.Simulation test results of each model built in this study are also shown in the study.This study provides a new thought on the realization of airborne electronic reconnaissance equipment and benefits the development of electronic countermeasure. | Yang Zha Chaoxuan Shang Zhuangzhi Han | 2018 | International Journal of Modeling, Simulation, and Scientific Computing2018，9，4： | 0 |
| 2 | A new evaluation model of comprehensive radio frequency stealth performance of radar显示文摘The detection capabilities of passive electronic warfare reconnaissance equipment have substantially increased during recent years.Correspondingly,the radar equipment is required to take various means to improve the radio frequency(RF)stealth performance to ensure the transmitted RF signal does not get intercepted.However,traditional evaluation methods on RF stealth performance cannot accurately evaluate the RF stealth capabilities of new system radar.In this study,a joint interception probability evaluation model on RF stealth performance was established,which divided the interception process into two parts:front interception and system interception.Various RF stealth means adopted by different radar equipment were taken into consideration to improve the applicability of this model.Simulation results show that this model is able to effectively characterize almost all the aspects of the RF stealth features and can serve as a good reference to evaluate RF radar stealth performance comprehensively. | Yang Zhao Chaoxuan Shang Zhuangzhi Han Pin Wang | 2016 | International Journal of Modeling, Simulation, and Scientific Computing2016，7，3： | 0 |
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