VBOC2(a,1-a) ACF Pure Signal Optimization

Abstract

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VBOC1(a) and VBOC2(a,1-a) Generalized Multi-dimensional Geolocation Modulation Waveforms--Technical Report

“…We can see that out-of-phase autocorrelation peaks for 1 1 (4,1,0.5) do not exceed 0.75 as opposed to the out-of-phase autocorrelation peaks for (4,1) come as close as 0.95. The 1 (4,1, ) type of modulation reduces the out-of-phase autocorrelation peaks by almost half compared to (4,1) while at the same time offering a very simple waveform modification. Moreover, the phase of the out-of-phase autocorrelation peaks for 1 (4,1, ) are the same as the phase of the out-of-phase autocorrelation peaks for (4,1) .…”

“…14 through 25 are original plots shown for the first time in an ION technical report. superior properties compared to (4,1) . We can see that out-of-phase autocorrelation peaks for 1 1 (4,1,0.5) do not exceed 0.75 as opposed to the out-of-phase autocorrelation peaks for (4,1) come as close as 0.95.…”

“…superior properties compared to (4,1) . We can see that out-of-phase autocorrelation peaks for 1 1 (4,1,0.5) do not exceed 0.75 as opposed to the out-of-phase autocorrelation peaks for (4,1) come as close as 0.95. The 1 (4,1, ) type of modulation reduces the out-of-phase autocorrelation peaks by almost half compared to (4,1) while at the same time offering a very simple waveform modification.…”

“…GNSS signal design and optimization community, the originality, novelty (or innovation), advancement, and accuracy in signal design and optimization namely 1( ) in [1], [2] and 2( , 1 − ) in [3], [4] that have never been discussed and simulated [6]- [37] to the extent shown in this technical report.…”

“…The main objective of this technical report is the description of 1( ) [1], [2] and 2( , 1 − ) [3], [4] generalized multidimensional geolocation modulation waveformsresults so as to illustrate originality, novelty (or innovation), advancement, and accuracy in signal design and optimization to improve the standardization of geolocation waveforms of the United States DoD GPS, European Galileo, Russian GLONASS, Chinese Compass, Indian IRNSS in the L-band (1-2 GHz), and the United Nations ITU in the S-band (2-4 GHz) [1], [25], C-band (4-8 GHz) [1], [26].…”