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|a I. GENERAL FM THEORY AND BASIC EXPERIMENTS: 1. A method of reducing disturbances in radio signaling by a system of frequency modulation / E. H. Armstrong. 2. Frequency modulation noise characteristics / M. G. Crosby. 3. Variation of bandwidth with modulation index in frequency modulation / M. S. Corrington. 4. Statical properties of a sine wave plus random noise / S. O. Rice. 5. Theory of frequency-modulation noise / F. L. H. M. Stumpers. 6. Frequency modulation distortion caused by common and adjacent channel interference / M. S. Corrington. 7. Noise FM receivers / S. O. Rice. II. FM CIRCUIT THEORY. 8. Variable frequency electric circuit theory with application to the theory of frequency-modulation / J. R. Carson, T. C. Fry. 9. The fundamental principles of frequency modulation / B. van der Pol. 10. Distortion frequency-modulated signals in electrical networks / F. L. H. M. Stumpers. 11. The quasi-stationary response of linear systems to modulate wave forms / D. D. Weiner, B. J. Leon. 12. Distortion and crosstalk of linearly filtered, angle-modulated signals / E. Bedrosian, S. O. Rice. III. FM THRESHOLD REDUCTION. 13. Decreasing the threshold in FM by frequency feedback / L. H. Enloe. 14. A threshold criterion for phase-lock demodulation / J. A. Develet, Jr. 15. Phase-locked loop dynamics in the presence of noise by fokkerplanck techniques / A. J. Viterbi. IV. DIGITAL FM: 16. Binary data transmission by FM over a real channel / W. R. Bennett, J. Salz. 17. Demodulator threshold perfomance and error rates in angle modulated digital signals / J. Klapper. 18. The autocorrelation function and power spectrum of PCM/FM with random binary modulating waveforms / M. G. Pelchat.
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