Handbook of computer simulation in radio engineering communications and radar

Sergey A. Leonov, Alexander I Leonov

500 pages, parution le 15/05/2001

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Résumé

This first-of-its-kind handbook serves as a comprehensive, systematic reference to the major mathematical models used in radio engineering and communications, and presents computer simulation algorithms to help you estimate parameters of radio systems. It provides you with the technical details necessary to confidently design and analyze radar, communication, radio navigation, radio control, electronic intelligence, and electronic warfare systems.

Mathcad routines, cited in the handbook, help you optimize radar system performance analysis, and can be used to create custom-made software that better answers your specific needs. From discussions on the mathematical modeling in radio engineering... to coverage of radar system models, this unique guide saves you time by gathering the critical information you need in one handy volume. Plus, it offers many methods and algorithms that have been previously available in Russian-language resources only. Extensively supported with over 2,290 equations and 270 illustrations.

Contents

	Preface
	Acknowledgments
Pt. 1	Mathematical Modeling in Radio Engineering
Ch. 1	Deterministic Modeling	3
Ch. 2	Stochastic Modeling	35
Ch. 3	Methods of Modeling	115
Pt. 2	Radar System Simulation
Ch. 4	Radar Cross Section	153
Ch. 5	Antennas and Propagation	171
Ch. 6	Waveforms and Signal Processing	191
Ch. 7	Detection and Integration	231
Ch. 8	Losses	241
Ch. 9	Maximum Detection Range	271
Ch. 10	Measurement Errors	313
Ch. 11	Noise and Interference Immunity	339
App. 1	Notations and Special Functions Used in the Handbook	383
App. 2	The Major Features of Delta Function	386
App. 3	Signal Models Based on Elementary Time-Domain Functions	387
App. 4	The Decomposition Models of the Signals	389
App. 5	Basic Features of the Discrete Fourier Transform	391
App. 6	The Fast Fourier Transform Models	392
App. 7	Z-Transform of Some Common Functions	394
App. 8	Active Device Noise	395
App. 9	Recursive and Nonrecursive Filter Frequency Responses	397
App. 10	The Transfer Functions of a Pair of Cascaded Filters	398
App. 11	The Distribution Laws for the Discrete Random Variables	399
App. 12	The Distribution Laws for the Continuous Random Variables	402
App. 13	Integral Forms for Gaussian Distribution	414
App. 14	The Moments of Random Variables	416
App. 15	Moments of Discrete Random Variables	418
App. 16	Moments of Continuous Random Variables	419
App. 17	The Functional Transform of Random Variables	422
App. 18	Probability Density Function of Sum, Difference, Product, and Quotient of Two Random Variables	425
App. 19	Simulation Algorithms for Common Distributions	427
App. 20	Basic Simulation Algorithms to Generate Random Variables with Gaussian Distribution	429
App. 21	Simulation Algorithms Based on a Rigorous Solution for the Reciprocal Functions	430
App. 22	Simulation Algorithms Derived by Means of Gamma Distribution	432
App. 23	Common Correlation Functions and Spectra of the Stationary Random Processes	434
App. 24	The Derivatives of the Random Process	435
App. 25	A Gaussian Random Process	436
App. 26	The Models of Common Pulses in Time and Frequency Domains	438
App. 27	The Spectral Densities for Common Pulsed Random Processes	440
App. 28	Probability Density Functions and Spectral Densities for Common Pulse Amplitude Distributions	442
App. 29	Spectral Densities for the Stationary Pulse Trains	444
App. 30	Spectral Densities of the Stationary Pulse Trains for Various Types of Modulation and Distribution of Pulse Parameters	446
App. 31	Simulation Algorithms Based on Recurrent Methods for the Stationary Processes with Common Correlation Functions	451
App. 32	Equations and Frequency Responses of the Formation Filter for the Stationary Processes with Common Correlation Functions	453
App. 33	Simulation Algorithm for a Three-Dimensional Gaussian Markovian Random Process	456
App. 34	Simulation Algorithms Based on the Discrete Models of Linear Systems (Formation Filters)	457
App. 35	Simulation Algorithms for the Vector Modulus and the Unit Vector	458
App. 36	Algorithms to Estimate Basic Parameters of a Stationary Ergodic Random Process	460
App. 37	Algorithms to Estimate the First Four Moments of a Nonstationary Random Process	461
App. 38	The Mathematical Expectations and Correlation Functions Based on Impulse Response Representation	462
App. 39	The Impulse and Frequency Responses for Common Linear Circuits	463
App. 40	The Normalized Correlation Functions and Spectral Densities at the Output of Common Linear Circuits	468
App. 41	The Characteristics of Nonlinear Circuits	470
App. 42	Stochastic Parameters of the Sum of Random Noise and Deterministic Signal	472
App. 43	The Coefficients for Different Types of Modulation	474
App. 44	Mathematical Models of Radio Devices at the Block Diagram Level	476
App. 45	Simplification of the Transfer Function Model	480
App. 46	The Coefficients for Nonlinear Circuits	482
App. 47	Mathematical Models for Common Devices and Circuits	483
App. 48	Statistical Linearization Coefficients	488
App. 49	Mathematical Models of RCL	490
	About the Authors	491
	Index	493

L'auteur - Sergey A. Leonov

Sergey A, Leonov is a principal scientist at Raytheon Canada. He is the coauthor of Handbook of Computer Simulation in Radio Engineering, Communications, and Radar, Radar Technology Encyclopedia; and Russian-English and English-Russian Dictionary of Radar and Electronics (Artech House, 2001,1997, and 1993), among other books. He holds an M.Sc. from Kharkov University and a Ph.D. and D.Sc. from the Moscow Aerospace Institute.

Alexander I. Leonov is a professor at the Moscow Institute of Technology. For 25 years he was a senior member of teams that designed and tested state-of-the-art radars for Soviet ABM programs. He is also the coauthor of Handbook of Computer Simulation in Radio Engineering, Communications, and Radar and Radar Technology Encyclopedia (Artech House, 2001 and 1997). Professor Leonov holds an M.Sc. from the Leningrad Military University of Communications and a Ph.D. and D.Sc. from the Moscow Aerospace Institute.

Caractéristiques techniques

	PAPIER
Éditeur(s)	Artech House
Auteur(s)	Sergey A. Leonov, Alexander I Leonov
Parution	15/05/2001
Nb. de pages	500
Format	15,5 x 23,5
Couverture	Relié
Poids	972g
Intérieur	Noir et Blanc
EAN13	9781580532808

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Handbook of computer simulation in radio engineering communications and radar

Résumé

L'auteur - Sergey A. Leonov

Caractéristiques techniques

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