[雷达][rfeda推荐]MATLAB Simulations for Radar Systems Design

686页，英文，MATLAB Simulations for Radar Systems Design )j$Bo{  
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The emphasis of“MATLAB Simulations for Radar Systems Design”is on UeVF@rw  
radar systems design.However,a strong presentation of the theory is provided EH[?*>+s  
so that the reader will be equipped with the necessary background to perform A[b'MNsv  
radar systems analysis.The organization of this book is intended to teach a Ug9o/I@}C  
conceptual design process of radars and related trade-off analysis and calcula- iX,Qh2(ig  
tions.It is intended to serve as an engineering reference for radar engineers |.,yM|  
working in the field of radar systems.The MATLAB?1 code provided in this Cjd +\7#G  
book is designed to provide the user with hands-on experience in radar sys- zR/ATm]9  
tems,analysis and design. !ine|NM  
A radar design case study is introduced in Chapter 1 and carried throughout :ortyCB:H  
the text,where the authors’view of how to design this radar is detailed and > {:8c-\2}  
analyzed.Trade off analyses and calculations are performed.Additionally,sev- \UiuJ+  
eral mini design case studies are scattered throughout the book. d BJM?/  
“MATLAB Simulations for Radar Systems Design”is divided into two parts: bi_R.sfK&  
Part I provides a comprehensive description of radar systems,analyses and fN&O `T>  
design.A design case study,which is carried throughout the text,is introduced TEYbB=.  
in Chapter 1.In each chapter the authors’view of how to design the case-study }3+(A`9h f  
radar is presented based on the theory covered up to that point in the book.As :O{:;X)  
the material coverage progresses through the book,and new theory is dis- CocvEoE*z  
cussed,the design case-study requirements are changed and/or updated,and of #><.zZ  
course the design level of complexity is also increased.This design process is y_'8m9Qy)  
supported by a comprehensive set of MATLAB 6 simulations developed for ,7'l$-rl  
this purpose.This part will serve as a valuable tool to students and radar engi- lr|-_snx2  
neers in helping them understand radar systems,design process.This includes & z?y  
1)learning how to go about selecting different radar parameters to meet the s2tEyR+gW  
design requirements;2)performing detailed trade-off analysis in the context of 3U}z?gP[  
radar sizing,modes of operations,frequency selection,waveforms and signal ~"LOw_BRh  
processing;3)establishing and developing loss and error budgets associated Lrk^<:8;  
with the design;and 4)generating an in-depth understanding of radar opera-  l[ L{m7  
tions and design philosophy.Additionally,Part I includes several mini design
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case studies pertinent to different chapters in order to help enhance understand- <}e<Zf!  
ing of radar design in the context of the material presented in different chap- ^RY_j>i  
ters. "\BLi C  
Part II includes few chapters that cover specialized radar topics,some of 4iKT  
which is authored and/or coauthored by other experts in the field.The material
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included in Part II is intended to further enhance the understanding of radar X`22Hf4ct  
system analysis by providing detailed and comprehensive coverage of these ZJx:?*0a  
radar related topics.For this purpose,MATLAB 6 code has also been devel- O[N{&\$  
oped and made available. Qdtfi1_Y1  
All MATLAB programs and functions provided in this book can be down- "c}bqoN  
loaded from the CRC Press Web site(www.crcpress.com).For this purpose, `W-:@?PmQx  
follow this procedure:1)from your Web browser type“http://www.crc- HO wJ2L  
press.com”,2)click on“Electronic Products”,3)click on“Download& Pukq{/27  
Updates”,and finally 4)follow instructions of how to download a certain set  :&Ul  
of code off that Web page.Furthermore,this MATLAB code can also be down- Yu8WmX,[  
loaded from The MathWorks Web site by following these steps:1)from your D6 M:pIN*  
Web browser type:“http://mathworks.com/matlabcentral/fileexchange/”,2) v"s}7trWV  
place the curser on“Companion Software for Books”and click on“Communi- ;DRJL   
cations”.The MATLAB functions and programs developed in this book SI@I  
include all forms of the radar equation:pulse compression,stretch processing, F6fm{  
matched filter,probability of detection calculations with all Swerling models, SmRU!C$A  
High Range Resolution(HRR),stepped frequency waveform analysis,ghk \^_F>M  
tracking filter,Kalman filter,phased array antennas,clutter calculations,radar DO0["O74  
ambiguity functions,ECM,chaff,and many more. $[z*MQ  
Chapter 1 describes the most common terms used in radar systems,such as Z,
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range,range resolution,and Doppler frequency.This chapter develops the j\W+wnAgk  
radar range equation.Finally,a radar design case study entitled“MyRadar d+/d)cu  
Design Case Study”is introduced.Chapter 2 is intended to provide an over-  Im#3sn  
view of the radar probability of detection calculations and related topics. *<9p88FpDU  
Detection of fluctuating targets including Swerling I,II,III,and IV models is C[[z3tn  
presented and analyzed.Coherent and non-coherent integration are also intro- "=qdBG9  
duced.Cumulative probability of detection analysis is in this chapter.Visit 2 of l5aQDkp}  
the design case study“MyRadar”is introduced. N!P* B$d  
Chapter 3 reviews radar waveforms,including CW,pulsed,and LFM.High ljNd!RaB  
Range Resolution(HRR)waveforms and stepped frequency waveforms are Hiq9Jn uv(  
also analyzed.The concept of the Matched Filter(MF)is introduced and ana- VJwzYl   
lyzed.Chapter 4 presents in detail the principles associated with the radar WjA)0HL(  
ambiguity function.This includes the ambiguity function for single pulse,Lin- f'}23\>  
ear Frequency Modulated pulses,train of unmodulated pulses,Barker codes, R=E )j^<F  
and PRN codes.Pulse compression is introduced in Chapter 5.Both the MF h5Z%|J>;
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and the stretch processors are analyzed. OnD+/I  
Chapter 6 contains treatment of the concepts of clutter.This includes both za24-q  
surface and volume clutter.Chapter 7 presents clutter mitigation using Moving DB?[h
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Target Indicator(MTI).Delay line cancelers implementation to mitigate the rMI:zFS  
effects of clutter is analyzed. uD+;5S]us  
Chapter 8 presents detailed analysis of Phased Arrays.Linear arrays are )EO$JwQ  
investigated and detailed and MATLAB code is developed to calculate and plot }U8H4B~UtY  
the associated array patterns.Planar arrays,with various grid configurations, `T}e3l  
are also presented. Qz $1_vO  
Chapter 9 discusses target tracking radar systems.The first part of this chap- ;KnnAZJ  
ter covers the subject of single target tracking.Topics such as sequential lob- aZmSCi:&'  
ing,conical scan,monopulse,and range tracking are discussed in detail.The >0f5Mjug  
second part of this chapter introduces multiple target tracking techniques. c|I{U[(U  
Fixed gain tracking filters such as the and the filters are presented in -]N/P{=L  
detail.The concept of the Kalman filter is introduced.Special cases of the Kal- bd%/dr  
man filter are analyzed in depth. Ex~OT  
Chapter 10 is coauthored with Mr.J.Michael Madewell from the US Army QjRVdb>  
Space and Missile Defense Command,in Huntsville,Alabama.This chapter |vGz 1jLV  
presents an overview of Electronic Counter Measures(ECM)techniques.Top- hLBX,r)u  
ics such as self screening and stand off jammers are presented.Radar chaff is W/+|dN{O+g  
also analyzed and a chaff mitigation technique for Ballistic Missile Defense s'i1!GNF B  
(BMD)is introduced. T6{IuQjXs  
Chapter 11 is concerned with the Radar Cross Section(RCS).RCS depen- ] Li(E:  
dency on aspect angle,frequency,and polarization is discussed.The target Vls*fY:W  
scattering matrix is developed.RCS formulas for many simple objects are pre- Rk"_4zJk  
sented.Complex object RCS is discussed,and target fluctuation models are PI }A')Nq.  
introduced.Chapter 12 is coauthored with Dr.Brian Smith from the US Army m+1MoeR  
Aviation and Missile Command(AMCOM),Redstone Arsenal .. {lqnn n3  
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