国外大牛神做，从雷达基础理论开始，引入工程雷达信号处理的原理和应用，非常适合雷达入门的读者。 排版不是很好，介意者慎下。

雷达基础知识描述

利用x32dbg修复，文件直接复制到Radar文件夹下即可，本资源不含Radar资源模块，仅修复主程序。完整资源自行查找

Merrill I. Skolnik著雷达系统导论, 雷达领域经典入门教材, 高清英文原版

【卫星测高】基本雷达测高工具箱BRAT(Basic Radar Altimetry Toolbox)简单的使用说明-附件资源

STAP 重要著作 Space-Time Adaptive Processing for Radar 【成文时间】：05 , 2003 【语言】：English 【页数】：204 【作者】：J. R.Guerci 【文件格式】：pdf 【文件原名】：stap 【推荐点评】：对STAP的框架体系进行了系统的讨论，学习STAP的人可以从中得到许多原创性的。 启发。 【摘要或目录】： The burgeoning popularity of space-time adaptive processing (STAP) is easily demonstrated with a quick keyword search. Although originally coined for airborne multichannel moving target indicator (MTI) radar [1, 2], the acronym has been adopted in many disciplines in which joint adaptive sensor temporal and spatial processing are performed (e.g., multidimensional adaptive filtering). Although a widely published topic, there is a void in book-form coverage at the introductory to intermediate level—a niche which this book is designed to address.

The Doppler Effect can be thought of as the change in frequency of a wave for an observer moving relative to the source of the wave. In radar, it is used to measure the velocity of detected objects. This highly practical resource provides thorough working knowledge of the micro-Doppler effect in radar, including its principles, applications and implementation with MATLAB codes.

雷达信号处理基础

雷达气象学的历史人物、技术和理论

With the advent of powerful digital signal processing algorithms, both multidimen­sional signal analysis and reconstruction in imaging systems may now be formulated via more concrete theoretical principles and foundations. These theoretical founda­tions, which were deemed to be impractical for implementation in realistic imaging systems, not only can be used to develop accurate and computationally manageable reconstruction algorithms, but they also provide a new understanding of the informa­tion content of the signals that are utilized for image formation.