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Supplemental Technical Notes
Each of the technical notes below either expands on an existing topic in Fundamentals of Radar Signal Processing, or addresses a new topic not covered (yet; maybe in the next edition) in FRSP. The notes are listed in roughly chronological order, with the most recent at the top of the list. |
- Exact and Approximate Detection Probability Formulas in Fundamentals of Radar Signal Processing
- Spatial and Temporal Frequency
- Virtual Arrays
- The SNR of a Simple Pulse in Noise
- Binary Integration Gain
- Optimum Bandpass Filter Bandwidth for a Rectangular Pulse
- Notes on Noncoherent Integration Gain
- SW2 is the Same as SW3 When N=2
- Alternative Forms of Albersheim's Equation
- Keystone Formatting for Range Migration Compensation
- Resampling by DFT Zero Padding
- A Note on Upsampling by Integer Factors Using the DFT
- A Slight Extension to “Coherent Integration Loss Due to White Gaussian Phase Noise”
- Noncoherent Integration Gain and its Approximation
- A Numerical Issue in Computing the Rician and Noncentral Chi-Square PDFs
- Notes on the Billingsley Clutter ICM Model
- Derivation of the Range-Doppler Algorithm Frequency Response
- Stepped Frequency Range Profile Parameters
- The DTFT and DFT of Noise
- Relationship Between Gamma, Erlang, Chi-Squared, and Swerling 3 & 4 PDFs (incorporated into the second edition)
- Discrete-Time Gaussian Fourier Transform Pair, and Generating a Complex Gaussian Random Process with a Gaussian Power Spectrum
- Time-Domain Calculation of MTI Power Gain (incorporated into the second edition)
- The Rice or Rician Probability Density Function (incorporated into the second edition)
- Time and Frequency Domain Windowing of Linear FM Pulses (incorporated into the second edition)
- Generating Swerling Random Sequences
