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Radar system performance modeling 2nd Edition by Richard Curry 1580538169 9781580538169

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Radar system performance modeling 2nd ed Edition G Richard Curry Digital Instant Download

Author(s): G Richard Curry
ISBN(s): 9781580538176, 1580538177
Edition: 2nd ed
File Details: PDF, 4.58 MB
Year: 2005
Language: english
SKU: EB-4106762 Category: Tag:

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Product details:

ISBN 10:         1580538169
ISBN 13: 978-1580538169
Author:          G Richard Curry

Radar’s ever-expanding role in the modern world has spawned a demand for professionals well-versed in the latest system-level analysis and performance modeling techniques. This expanded second edition of an Artech House bestseller helps engineers, mathematicians, and programmers answer the call, by providing the clearest presentation of radar system principles and system-level modeling procedures available. It serves as both a reference and a text, and features new material on airborne and space-based radar, radar tracking techniques, radar system design, and operational and performance issues. It also provides detailed examples, problem sets and solutions, and a comprehensive self-test. Extensive references, bibliographies, and over 100 illustrations help make this work an indispensable resource for radar specialists and non-specialists alike. Provides custom radar functions and equations that let practitioners calculate the radar performance parameters covered by the book in Excel worksheets.
 

Radar system performance modeling 2nd Table of contents:

Introduction to Radar

  • Purpose of This Book & How to Use It: Provides an overview of radar technology, its applications, and how to effectively use the material in this book.
  • Concept of Radar Operation: An introduction to how radar systems function, including the basic principles of radar waves and their interaction with objects.
  • Radar Applications & Functions: An exploration of the various uses of radar in different fields such as defense, meteorology, and navigation.
  • Functional Models of Radar: A look at the different radar models and their specific applications.
  • Custom Radar Functions: An introduction to creating tailored radar functions for specific use cases.
  • Sources for Further Information: Additional references for deepening understanding.
  • Problems: Exercises to reinforce key concepts.

Radar Configurations

  • Radar Basing: Overview of where and how radar systems are typically deployed.
  • Frequency Bands: An exploration of different frequency bands used in radar systems.
  • Antenna Types: A discussion of various antenna designs and their benefits.
  • Waveform Types: Types of radar waveforms and their respective uses.
  • Signal Processing Techniques: Techniques for processing radar signals efficiently.
  • Monostatic vs. Bistatic Radar: A comparison between monostatic and bistatic radar configurations.
  • Sources for Further Information: Suggested resources for further reading.
  • Problems: Exercises on radar configurations.

Radar Analysis Parameters

  • Transmitter: A look at radar transmitters and their role in system performance.
  • Antennas & Phased-Array Antennas: Understanding antennas, with a focus on phased-array systems.
  • Receiver and Signal Processor: Key elements involved in receiving and processing radar signals.
  • Target Radar Cross Section (RCS): An explanation of how the RCS of a target affects radar detection.
  • Sources for Further Information: Further reading materials.
  • Problems: Practice problems on radar analysis parameters.

Radar Waveforms

  • Waveform Characteristics: A detailed look at the properties of radar waveforms.
  • CW Pulses: Continuous wave pulses and their applications.
  • Linear FM Pulses: The use of linear frequency-modulated pulses in radar systems.
  • Phase-Coded Pulses: Phase-coded pulses for specific radar applications.
  • Pulse-Burst Waveforms: Understanding the use of burst waveforms.
  • Multiple-Time Around Returns: Addressing multiple signal returns in radar systems.
  • Radial-Velocity Ambiguities: Dealing with ambiguities in velocity measurement.
  • Sources for Further Information: Resources for advanced waveform studies.
  • Problems: Exercises on radar waveforms.

The Radar Equation

  • Radar Range Equation: An introduction to the radar range equation and its importance.
  • Parameter Definition: Defining the parameters involved in the radar equation.
  • Reference Range & Pulse Integration: Concepts of reference range and pulse integration in radar systems.
  • Minimum Range Constraint: Understanding limitations based on the minimum range of a radar system.
  • Sources for Further Information: Further resources for study.
  • Problems: Exercises related to the radar equation.
  • VBA Software Functions: Software tools for calculating radar equations.

Radar Detection

  • The Detection Process: An overview of how radar detects targets.
  • False Alarms: Dealing with false alarms in radar systems.
  • Detection with Coherent and Noncoherent Integration: Comparing different detection methods.
  • Cumulative Detection: Techniques for cumulative detection.
  • Sources for Further Information: Additional reading materials.
  • Problems: Exercises on radar detection.
  • VBA Software Functions: Software tools for radar detection.

Radar Search Modes

  • The Search Equation: Key concepts in radar search theory.
  • Rotating Search Radars: Explanation of rotating radar systems.
  • Volume Search with Phased-Array Radars: Phased-array radar in volume search.
  • Cued Search: Techniques in cued search operations.
  • Horizon Search with Phased-Array Radars: Horizon search using phased-array systems.
  • Horizon Search with Dish Radars: Horizon search using dish-based radar.
  • Sources for Further Information: Further resources on radar search modes.
  • Problems: Practice problems on radar search.
  • VBA Software Functions: Software tools for radar search.

Radar Measurement & Tracking

  • Range Measurement Accuracy: Techniques to improve the accuracy of range measurements.
  • Angular Measurement Accuracy: Enhancing angular accuracy in radar systems.
  • Velocity Measurement Accuracy: Improving velocity measurement techniques.
  • Measurement of Target Features: How radar systems measure features of targets.
  • Multi-Radar Measurements: Using multiple radars for measurement.
  • Measurement Smoothing and Tracking: Methods for smoothing measurements and tracking targets.
  • Radar Tracking Techniques: A deep dive into various tracking techniques used in radar.
  • Sources for Further Information: Resources for advanced study in tracking.
  • Problems: Exercises on radar measurement and tracking.
  • VBA Software Functions: Software tools for radar tracking.

Environment and Mitigation Techniques

  • Terrain and Sea-Surface Effects: Understanding the environmental factors that affect radar systems.
  • Precipitation Effects: The impact of precipitation on radar performance.
  • Troposphere Effects: Effects of the troposphere on radar signals.
  • Ionosphere Effects: How the ionosphere influences radar systems.
  • Sources for Further Information: Further reading on environmental impacts.
  • Problems: Exercises on environment-related radar issues.
  • VBA Software Functions: Software tools for environmental effects mitigation.

Radar Countermeasures & Counter-Countermeasures

  • Radar Countermeasure Overview: Techniques to counter radar detection.
  • Mainlobe and Sidelobe Jamming: Methods of jamming radar signals in the main and sidelobes.
  • Volume Chaff: The use of chaff for radar deception.
  • Decoy Discrimination: Techniques for identifying and countering decoys.
  • Sources for Further Information: Further resources on radar countermeasures.
  • Problems: Exercises on radar countermeasures and counter-countermeasures.
  • VBA Software Functions: Software for simulating countermeasures.

Airborne and Space-Based Radar

  • Radar Configurations: Configurations used in airborne and space-based radar systems.
  • Clutter Characteristics: How clutter affects radar performance in airborne and space-based systems.
  • Pulse-Doppler Processing: The use of pulse-Doppler processing in airborne and space-based radar systems.
  • Displaced Radar Techniques: Techniques used to address specific challenges in airborne and space-based radar operations.

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