ON THE CAPACITY OF A NOISY CONTINUOUS CHANNEL

[1] Doob J. L., 1953, STOCHASTIC PROCESSES, V101

[2] KAMEDA T, 1928, P PHYS MATH SOC JA 3, V11, P169

[3] KAMEDA T, 1928, P PHYS MATH SOC JA 2, V11, P17

[4] KAMEDA T, 1927, P PHYS MATH SOC JA 1, V10, P231

[5] LAWSON JL, 1950, RAD LAB SER, V24, P53

[6] ON THE CAPACITY OF A DISCRETE CHANNEL .1. MATHEMATICAL EXPRESSION OF CAPACITY OF A CHANNEL WHICH IS DISTURBED BY NOISE IN ITS EVERY ONE SYMBOL AND EXPRESSIBLE IN ONE STATE DIAGRAM [J]. JOURNAL OF THE PHYSICAL SOCIETY OF JAPAN, 1953, 8 (04) : 484 - 494

[7] ON THE CAPACITY OF A DISCRETE CHANNEL .2. MATHEMATICAL EXPRESSION OF THE CAPACITY OF A NOISY CHANNEL WHICH IS EXPRESSIBLE BY CORRESPONDING 2 MULTI-STATE DIAGRAMS [J]. JOURNAL OF THE PHYSICAL SOCIETY OF JAPAN, 1956, 11 (10) : 1109 - 1120

[8] Shannon C.E., 1949, MATH MODEL COMMUNICA

[9] SOMEYA I, 1944, THEORY WAVEFORM TRAN, pCH4

[10] TITCHMARSH C, 1937, INTRO THEORY FOURIER, P314

[1] Doob J. L., 1953, STOCHASTIC PROCESSES, V101

[2] KAMEDA T, 1928, P PHYS MATH SOC JA 3, V11, P169

[3] KAMEDA T, 1928, P PHYS MATH SOC JA 2, V11, P17

[4] KAMEDA T, 1927, P PHYS MATH SOC JA 1, V10, P231

[5] LAWSON JL, 1950, RAD LAB SER, V24, P53

[6] ON THE CAPACITY OF A DISCRETE CHANNEL .1. MATHEMATICAL EXPRESSION OF CAPACITY OF A CHANNEL WHICH IS DISTURBED BY NOISE IN ITS EVERY ONE SYMBOL AND EXPRESSIBLE IN ONE STATE DIAGRAM [J]. JOURNAL OF THE PHYSICAL SOCIETY OF JAPAN, 1953, 8 (04) : 484 - 494

[7] ON THE CAPACITY OF A DISCRETE CHANNEL .2. MATHEMATICAL EXPRESSION OF THE CAPACITY OF A NOISY CHANNEL WHICH IS EXPRESSIBLE BY CORRESPONDING 2 MULTI-STATE DIAGRAMS [J]. JOURNAL OF THE PHYSICAL SOCIETY OF JAPAN, 1956, 11 (10) : 1109 - 1120

[8] Shannon C.E., 1949, MATH MODEL COMMUNICA

[9] SOMEYA I, 1944, THEORY WAVEFORM TRAN, pCH4

[10] TITCHMARSH C, 1937, INTRO THEORY FOURIER, P314