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ELINT/EW APPLICATIONS OF DIGITAL SIGNAL PROCESSING
This course is intended principally for engineers, scientists, and others involved in ELINT/EW software/hardware design and implementation, systems specification, systems design and development, realtime or offline analysis, field operations, advanced concepts, and research & development. Ideally, students should have some familiarity with the elementary concepts of signal processing, and a background in electrical engineering, software engineering, physics, or mathematics. However, students are not required to have prior knowledge of digital signal processing, since all necessary concepts, methods, and techniques are generated as part of the course.
ELINT/EW APPLICATIONS OF DIGITAL SIGNAL PROCESSING has been presented to a broad range of military, intelligence, corporate, and individual customers for a decade, and has been consistently rated very highly by those who have taken this course. It is updated on a regular basis and also as necessary to maintain its state-of-the-art content and value.
This ELINT/EW DSP course is available in either 3 day or 5 day versions, with the latter covering certain topics in greater detail, some additional topics, and permitting adaptation to customer's specific needs.
ELINT/EW DSP is presented by Dr. John F. Green of GMF. He designed this course and has presented of this course since its inception.
At present, this course can be arranged to be presented by GMF in your own facility. Scheduled presentations will be announced here.
Provided below is an outline of the ELINT/EW course presentation. The 5 day version of this course covers some sections in greater detail, the degree to which can be adapted to accommodate customer needs.
Price for the 3 Day course, held at your US facility, is $1199 per student, with significant discounts for 10 or more students attending. A minimum of 6 students is required to schedule this course.
Price for the 5 Day course, held at your US facility, is $1699 per student, with significant discounts for 10 or more students attending. A minimum of 6 students is required to schedule.
Price for the 3 Day course, with presentation at your facility outside the US is $1499 per student (slightly higher for some locales), with 10 student minimum. Significant discounts for additional students.
Price for the 5 Day course, with presentation at your facility outside the US is $1799 per student (slightly higher for some locales), with 10 student minimum. Significant discounts for additional students.
Please contact us by email (email@example.com) or fax (530 504-7884) if you have further interest in this course being presented at your facility, or any questions concerning it.
The 3 Day course is also presented for general enrollment from time to time in the Washington, DC area. Schedules and prices are provided here when dates are finalized.
ELINT/EW APPLICATIONS OF DIGITAL SIGNAL PROCESSING
1. OVERVIEW OF APPLICATIONS of DSP to ELINT/EW
2. OVERVIEW of DIGITAL VERSUS ANALOG SIGNAL PROCESSING
3. ANALOG to DIGITAL SIGNAL CONVERSION METHODS
4. DIGITAL SIGNAL PROCESSING SW & HW COMMERCIAL PRODUCTS
5. The FUNDAMENTAL CONCEPTS of DIGITAL SAMPLING
6. DIGITAL SAMPLING THEOREM
7. UNDERSTANDING DIGITALLY SAMPLED SIGNALS and their RELATIONSHIP to their ANALOG SOURCES
8. OVERVIEW of DIGITAL ACQUISITION of ELINT/EW SIGNALS
9. A/D METHODS - PERFORMANCE, RANDOM and CORRELATED QUANTIZATION NOISE, SPURS, ERRORS, and MAXIMUM SNR
10. A/D DEVICES for DIGITAL CAPTURE of IF ELINT/EW SIGNALS
11. FOURIER TRANSFORMS and their PRACTICAL PROPERTIES
12. DISCRETE (DIGITAL) FOURIER TRANSFORMS
13. DIGITAL SAMPLING THEOREM for SPECTRAL DOMAIN
14. TIME VERSUS SPECTRAL DOMAIN SAMPLING & CONSEQUENCES
15. FAST FOURIER TRANSFORM (FFT)
16. BANDLIMITED (REAL WORLD) SIGNALS
17. The ELINT/EW ANALYTIC SIGNAL and its USES
18. DIGITAL EXTRACTION of the ELINT/EW ANALYTIC SIGNAL USING COMPHET, SPECTRAL, AND HILBERT PROCESSES
19. INSTANTANEOUS AM, PHASE, AND FREQUENCY DIGITAL DEMODULATION
1. IF RADAR PULSE TRAIN PROCESSING ISSUES & REQUIREMENTS
2. TYPES of RADAR and EW RF SIGNALS
3. ELINT/EW SYSTEM REQUIREMENTS ANALYSIS
4. SYSTEM ARCHITECTURAL CONSIDERATIONS, DIGITAL VERSUS ANALOG TRADE-OFF
5. SYSTEMS ARCHITECTURES for DIGITAL CAPTURE of IF and BASEBAND ELINT/EW SIGNALS
6. OVERVIEW of ANALOG DEVICES USED in SOME ELINT/EW SIGNAL ACQUISITION SYSTEMS
7. DIODES, LOGAMPS, LIMITERS, DISCRIMINATORS, DFDS, BRAGG CELLS, IFM, MICROSCAN
8. FINDING PULSES DIGITALLY
9. AM-BASED SIGNAL DETECTION PERFORMANCE (ROC) EFFECTS of NOISE and INTERFERENCE
10. DIGITAL ESTIMATION OF PULSE TIME-OF-ARRIVAL and RISETIME, MEASUREMENT PERFORMANCE and EFFECTS of NOISE
11. DIGITAL INSTANTANEOUS PHASE EXTRACTION and METHODS
12. PHASE MEASUREMENT PERFORMANCE; EFFECTS of BANDWIDTH, NOISE, and INTERFERENCE
13. DIGITAL INSTANTANEOUS FREQUENCY EXTRACTION and METHODS
14. INSTANTANEOUS FREQUENCY MEASUREMENT PERFORMANCE; EFFECTS of BANDWIDTH, NOISE, and INTERFERENCE
15. A/D QUANTIZATION EFFECTS on AM, PHASE, and FREQUENCY MEASUREMENTS and CHARACTERISTICS
16. VIDEO BANDLIMITING EFFECTS on INSTANTANEOUS FREQUENCY SIGNALS
17. EFFECTS of CAPTURE BANDWIDTH on INSTANTANEOUS FREQUENCY ELINT/EW SIGNALS; The ELINT/EW CARSON'S RULE
18. ELINT/EW SIGNAL PULSE SORTING CONCEPTS for REALTIME and OFFLINE APPLICATIONS
1. SPECIFICATION, DESIGN, CONSTRUCTION of DIGITAL FIR FILTERS
2. EFFECTS of FIR FILTER LENGTH and TAPERING
3. OTHER IMPORTANT DIGITAL FILTER EFFECTS
4. FIR DIGITAL FILTER GENERATION by WINDOWING of IIR FILTERS
5. IIR DIGITAL FILTERS
6. PRACTICAL APPLICATIONS of DIGITAL FILTERS
7. DIGITAL SPECTRAL ANALYSIS
8. USE of WEIGHTING WINDOWS in SPECTRAL ANALYSIS
9. COHERENT VERSUS NONCOHERENT SPECTRAL ANALYSIS
10. HIGH RESOLUTION SPECTRAL ANALYSIS USING the CHIRP Z DIGITAL TRANSFORM
11. SPECTROGRAMS and USE with ELINT/EW SIGNALS
12. SPECTRAL CHARACTERISTICS of SELECTED ELINT/EW SIGNAL TYPES, INCLUDING LPI
13. SPECTRAL ANALYSIS VERSUS DEMODULATION ANALYSIS
14. DIGITAL AUTOCORRELATION, CEPSTRUM, CORRELATION and AMBIGUITY FUNCTIONS
15. APPLICATIONS to DIGITAL TIME-DIFFERENCE-OF-ARRIVAL and OTHER ESTIMATION PROCESSES for ELINT/EW
16. DIGITAL BEAMFORMING and DIRECTION FINDING
17. DIGITAL TARGET TRACKING FILTER METHODS
18. INTERPOLATION, HIGH RESOLUTION, and
ADAPTIVE DIGITAL PROCESSING