CAJ | 학술논문

以旋转对称锥柱体弹头为研究对象,建立了目标进动模型,推导了不同类型散射中心的微多普勒理论公式,给出了一种基于静态电磁散射数据仿真进动目标微多普勒的方案.最后,对进动目标的微多普勒进行了仿真实验,验证了理论分析和仿真方案的正确性,实验结果表明基于电磁散射数据仿真的微多普勒可以反映目标较为真实的散射机理,为后续弹道目标特征的有效提取与识别奠定了基础.
이선전대칭추주체탄두위연구대상,건립료목표진동모형,추도료불동류형산사중심적미다보륵이론공식,급출료일충기우정태전자산사수거방진진동목표미다보륵적방안.최후,대진동목표적미다보륵진행료방진실험,험증료이론분석화방진방안적정학성,실험결과표명기우전자산사수거방진적미다보륵가이반영목표교위진실적산사궤리,위후속탄도목표특정적유효제취여식별전정료기출.
By taking the rotary symmetrical cone-cylinder warhead as an object of study, this paper sets up a model for the precession of target model, deduces the micro-Doppler theoretic formulas for various scattering centers and gives a micro-Doppler scheme for simulation of precession target based on static electromagnetic scattering data. And finally, the simulation experiment is performed on micro-Doppler of precession target, and the correctness of theoretic analysis and its simulation are proved in this paper. Experimental results show that the simulation of micro-Doppler based on electromagnetic scattering data can reflect the more realistic scattering mechanism of target, thus laying a basis for extracting and recognizing effectively the features of subsequent ballistic target.