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probability theory
[1] Shannon: A Mathematical Theory of Communication. BSTJ, 1948, XII. a 1949, I. Zbl 1154.94303
[2] Küpfmüller: Übergangsvorgänge in Wellenfiltern. ENT, 1924, 1.
[3] Nyquist: Certain Factors, Affecting Telegraph Speed. BSTJ, 1924, III.
[4] Mac Kay: Quantal Aspect of Scientific Information. Philosophical Magazine, 1950, III.
[5] D. Gabor: Theory of Communications. JIBEE, 1946, XI, Part III.
[6] B. B. Dome: Wide-band Phase-shift Networks. Electronics, 1946, XII.
[7] R. Cheek: A Simple Single-sideband Carrier System. Westinghouse-Engineers, 1945, XII.
[8] K. W. Wagner: Operatorenrechnung in Physik und Technik. Verl. Bartl, Leipzig.
[9] Technický průvodce, sv. I. Matematika.
[10] Technicky průvodce, sv. XIX. Matematické a statistické tabulky, 1. díl.
[11] C. B. Feldman W. R. Bennett: Bandwidth and Transmission Performance. BSTJ, 1949, III.
[12] L. A. Meacham E. Peterson: An Experimental Multichannel Pulse Code Modulation System of Toll Quality. BSTJ, 1948, I.
[13] George A. Campbell, Ronald M. Foster: Fourier Integrals for Practical Applications.
[14] F. F. Roberts J. C. Simmonds: Some Properties of a Special Type of Electrical Pulse. Philosophical Magazine. 1943, XII, str. 822.
[15] F. F. Roberts J. C. Simmonds: The Physical Realizability of Electrical Networks Having Prescribed Characteristics with Particular Reference to those of the Probability-function Type. Philosophical Magazine, 1944, XI, str. 776.
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