June 1978 | Technical Report NTIA CR-78-1
Statistical-Physical Models of Man-Made and Natural Radio Noise Part lll: First-Order Probability Models of the Instantaneous Amplitude of Class B Interference
Cite This Publication
David Middleton, “Statistical-Physical Models of Man-Made and Natural Radio Noise Part lll: First-Order Probability Models of the Instantaneous Amplitude of Class B Interference,” Technical Report NTIA CR-78-1, U.S. Department of Commerce, National Telecommunications and Information Administration, Institute for Telecommunication Sciences, June 1978.
Abstract: This report is the third in a continuing series devoted to the development of analytically tractable, statistical-physical models of man-made and natural electromagnetic interference. Here, the first-order statistical probability densities (PDFs) and the associated exceedance probabilities (PDs or APDs) are obtained for the instantaneous amplitudes (X), and instantaneous magnitudes, |X|, of Class B noise. There are needed not only for experimental studies but, also, particularly for the analysis and evaluation of the performance of optimum and suboptimum receivers in Class B interference environments.
Keywords: man-made noise; interference models; natural noise; probabilistic noise models
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