A tutorial review of the new EMI models and their effects on receiver performance
U.S. Dept. of Commerce, National Telecommunications and Information Administration, 1980 - Science - 66 pages
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AND THEIR EFFECTS ON RECEIVER PERFORMANCE
Optimum and Suboptimum Performance
3 other sections not shown
algorithms APD's and pdf's Appendix applications atmospheric noise auto-correlation bandwidth basic canonical Class B interference Class B model Class B noise coherent reception coherent threshold detection Commerce Communication Theory Comparison of measured correlation detector data samples desired signal electromagnetic interference EMI environment EMI models Espeland and Spaulding example experimental false alarm probabilities First-order probability models front-end stages function gauss noise gaussian noise global parameters IEEE IEEE Trans incoherent input instantaneous amplitude interference models linear locally optimum man-made and natural matched filters measured envelope distribution Middleton narrow-band noise models non-gaussian nonlinear observation optimal optimum and suboptimum optimum detector optimum processor Optimum reception optimum threshold Ordinate is Exceeded parameter estimates probability density function probability of error procedure receiver cf receiver performance reception process Sect Section signal detection signal reception signal-to-noise ratio Statistical-physical models structure Telecommun typical U.S. Dep vis-a-vis waveform