Summary:

The course covers methods to intercept radar and other non-communication signals and a then how to analyze the signals to determine their functions and capabilities. Practical exercises illustrate the principles involved. Participants receive the hardcover textbook ELINT, Artech House 2006, written by the instructor.
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Richard G. Wiley, Ph. D. is vice president and chief scientist of Research Assocaites of Syracuse, Inc. He has worked in ELINT since the 1960s. He has published 5 books, including the textbook for this course, as well as may technical papers. His accomplishments include the first fielded computer based TOA system and the first receiver specifically designed to intercept LPI radar signals. He was co founder of Research Associates of Syracuse which provides technical solutions for today’s ELINT environment. Visit www.ras.com.

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ELINT: The Interception and Analysis of Radar Signals (by R.G. Wiley, Artech House 2006) and seminar notes.

What You Will Learn:

• Special Characteristics of Receivers designed for ELINT
  • Uses for Wideband receivers not generally used in radar and communications systems
  • Application of Probability of Interception theory using several examples
• The ELINT advantage of one way vs radar’s two way propagation
• Direction Finding and Emitter Location problems and solutions
  • How TDOA and FDOA location techniques work
  • Error ellipses and their applications to real world systems
• Antenna basics from both the interception and radar signal analysis viewpoints
• RF Coherence, why it is important and how to measure it
• Intrapulse Modulation, both intentional (pulse compression) and unintentional
• PRI Measurement and Analysis
  • Stagger and Jitter and other types of PRI modulation definitions and analysis techniques
  • Effects of noise, scanning and platform motion
  • Optimum methods of analysis under different conditions
  • Time based deinterleaving methods
• Introduction to ELINT data files and applications to EW systems

Course Outline:

Day 1

• Character and uses of ELINT
• Radar fundamentals
• RF generation and propagation
• Noise figure and bandwidth
• Sensitivity and dynamic range
• Pulse density vs altitude
• ELINT range advantage
  

Day 2

• Crystal video receivers
• Noise limited vs gain limited
• Superhet receivers
• Analog and digital IFM receivers
• Channelized and Bragg Cell receivers
• Microscan and other receivers
• Modern phase processing receivers
• Direction finding techniques

Day 3

• Emitter location via triangulation
• Time difference of arrival (TDOA)
• Probability of Interception
• ERP analysis
• Polarization analysis
• Beam shape analysis
• Antenna scan analysis
• Pulse shape analysis

Day 4

• Intrapulse modulation
• Wideband signals
• PRI Types
• MTI and pulse Doppler analysis
• PRI measurement problems
• Deinterleaving
• Delta-T and other histograms
• RF analysis and coherence Measures
• ELINT parameter limits
• LPI Radar and the future of ELINT

Tuition:

Tuition for this four-day course is $1690 per person at one of our scheduled public courses. Onsite pricing is available. Please call us at 410-956-8805 or send an email to ati@ATIcourses.com.

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