Common RF environment algorithms for radar analysis: joint bottom up development based on legacy models

J. Langenderfer, R.A. Ehret
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引用次数: 1

Abstract

Common RF environment components are needed to reduce duplicative efforts, provide consistent results as well as provide the legacy for the next generation of RF modeling systems. The components are based on algorithms which have been proven formally and informally over many years by the professional judgement of skilled analysts. The algorithms have provided the core environment modeling and simulation support to many acquisition and operational programs DOD wide through their use in the Advanced Low Altitude Radar Model (ALARM), the Enhanced Surface-to-Air Missile Simulation (ESAMS), and the Radar Guided Guns Simulation (RADGUNS). Algorithms ape grouped into the following components based on their functionality: antenna, clutter, propagation (atmospheric attenuation, diffraction, refraction, and multipath), and terrain.
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用于雷达分析的通用射频环境算法:基于遗留模型的联合自下而上开发
需要通用射频环境组件来减少重复工作,提供一致的结果,并为下一代射频建模系统提供遗留问题。这些组件是基于算法,经过多年来熟练的分析师的专业判断,这些算法已被正式和非正式地证明。该算法通过在先进低空雷达模型(ALARM)、增强型地对空导弹仿真(ESAMS)和雷达制导炮仿真(RADGUNS)中使用,为国防部的许多采买和作战项目提供了核心环境建模和仿真支持。算法根据其功能分为以下组件:天线、杂波、传播(大气衰减、衍射、折射和多路径)和地形。
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