先进折射效应预测系统(AREPS)

W. Patterson
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引用次数: 90

摘要

自1945年以来,圣地亚哥空间和海战系统中心的大气传播分支机构及其前身组织提供了全频谱研究和开发计划,快速响应关键的舰队电磁传播需求,并部署系统来满足这些需求。从地形效应主导环境中传播建模的紧急军事操作需求出发,我们开发了先进传播模型(APM),这是一种混合光射线和抛物方程(PE)模型,它利用两种方法的互补优势来构建快速但非常精确的复合模型。在使用全混合动力模式时,APM已被证明比单独使用PE模型要快得多,整体精度至少与纯PE模型一样好。通过机载子模型,APM可以解决非常高的仰角问题,而PE方法通常无法使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Advanced Refractive Effects Prediction System (AREPS)
Since 1945, the Atmospheric Propagation Branch of Space and Naval Warfare System Center, San Diego and its predecessor organizations have provided a full spectrum research and development program, rapidly responding to critical fleet EM propagation requirements and deploying systems to address these requirements. From an urgent military operational requirement for propagation modeling within a terrain effects dominated environment, we developed the Advanced Propagation Model (APM), a hybrid ray-optic and parabolic equation (PE) model that uses the complimentary strengths of both methods to construct a fast, but yet very accurate composite model. Using its full hybrid mode, APM has proven to be much faster than PE models alone, with overall accuracy at least as good as the pure PE models. With its airborne sub-model, APM can solve problems for very high elevation angles, where PE methods would not normally be used.
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