Probability-of-error bounds for binary transmission on the slowly fading Rician channel.
Chernoff bound and tilted distribution argument for obtaining error probability bounds for binary signaling on slowly fading Rician channel
SIGNAL PROCESSING↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Discriminator response to an FM signal in a fading channel.
Discriminator threshold and SNR above threshold response when demodulating FM signal undergoing selective fading
SIGNAL TO NOISE RATIO↗
Optimum Code Rates for Noncoherent MFSK with Errors and Erasures Decoding over Rayleigh Fading Channels
In this paper, we analyze the performance of a communication system employing M-ary frequency shift keying (FSK) modulation with errors-and-erasures decoding using Viterbi ratio threshold technique for erasure insertion, in Rayleigh fading and AWGN channels.
communication system Rayleigh fading Reed-Solomon ↗
Optimizing Lunar Map Partitioning for Multipath Fade Loss Analyses
A methodology is presented pertaining to the run-time optimization of quasi-optical ray-tracing simulations. These shooting-and-bouncing ray methods are used for assessing multipath fade loss in cislunar communication links. Our approach employs partitioning lunar terrain maps in shapes that approximate two-dimensional projections of Fresnel zone cross-sections. This technique drastically reduces computational run-time without causing significant loss of simulation accuracy.
Digital elevation models↗
Digital Communication Systems Subject to Frequency Selective Fading
Frequency selective fading effects on binary digital communication systems
Bailey, C. C.↗
Communication over fading dispersive channels
Performance prediction, and error analysis for digital signal transmission over fading dispersive channel
Richters, J. S.↗
Analog communication over selective fading channels Interim technical report
Demodulators for analog communication over slowly time varying, frequency selective fading channels
Lindenlaub, J. C.↗
Fading and polarization noise of a PCM/PL system.
Polarization noise and atmospheric induced fading of PCM/PL system, obtaining bit error rate curves through Poincare sphere and Mueller matrix theory
Argnello, R. J.↗
Fading from irregular surfaces for line-of- sight communications.
Signal fading due to scattered signal reflected from rough planet surface in line of sight communication between ejected probe and spacecraft
Glenn, A. B.↗
Measurement of phase variance and autocorrelation during radio-star visibility fades.
Phase variance and autocorrelation measurement during radio star visibility fades
Fremouw, E. J.↗
Radio-star visibility fades in Alaska near solar minimum.
Radio stars visibility fades observed in Alaska near solar minimum, discussing ionospheric optical depths
Fremouw, E. J.↗
Response of an FM discriminator to a digital FM signal in randomly fading channels.
Error rate from FSK binary signal detection calculated using FM discriminator for FM signal with nonselective fading in Gaussian noise
Nelson, E. A.↗
On radio-star visibility fades and the aurora.
Radio star visibility fades relationship to line of sight auroral intensity
Fremouw, E. J.↗
Relationship between complex- and envelope-covariance for Rician fading communication channels
Relationship between complex covariance and covariances of envelopes of Rician fading communication channels
Mondre, E.↗
Atmospheric turbulence on Venus - Evidence for severe microwave signal fading from Venera 4
Signal fading analysis from Venera 4 data in lower Venusian atmosphere
De Wolf, D. A.↗
Adaptive receiver techniques for digital communication through selective fading channels.
Sunde model of troposcatter channel as transmission medium in computer simulation of adaptive digital communication scheme for selective fading channels
Bailey, C. C.↗
A digital simulation of a phased locked receiver in a fading multipath environment.
Digital simulation of phase locked receiver in diffuse multipath fading environment with band limited thermal noise
Johnson, R. S.↗
Multipath fading in FSK communication links - An experimental investigation.
Binary error investigation in noncoherent FSK communication link with nonselective fading, noting Doppler shift
Bisignani, W. T.↗