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Information channels composed of memoryless components. (English) Zbl 0584.94013
For channels composed of a finite number of memoryless components the author has obtained explicit bounds for the maximum length of n- dimensional codes at any admitted level of the probability of error, valid for all n.
Reviewer: G.Dial

MSC:
94A40 Channel models (including quantum) in information and communication theory
94A15 Information theory (general)
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References:
[1] K. Winkelbauer: On the coding theorem for decomposable discrete information channels. Kybernetika 7 (1971), 109-123 (Part I), 230-255 · Zbl 0244.94006
[2] K. Winkelbauer: On discrete channels decomposable into memoryless components. Kybernetika S (1972), 114-132. · Zbl 0256.94021
[3] K. Winkelbauer: Information channels with memoryless components. Trans. 7th Prague Conf. on Inform. Theory, Vol. A, Academia, Prague 1977, 559 - 576.
[4] K. Winkelbauer: Discrete communication channels decomposable into finite-memory components. Contributions to Statistics (Jaroslav Hájek Memorial Volume), Academia, Prague 1979, 277-306. · Zbl 0421.94008
[5] K. Winkelbauer: On the asymptotic properties of discrete channels decomposable into stable components. Proc. 2nd Prague Conf. on Asymptotic Statistics, JČMF, Prague 1978, 327-340.
[6] J. Wolfowitz: Coding Theorems of Information Theory. Second edition. Springer-Verlag, Berlin-Heidelberg-New York 1964. · Zbl 0132.39704
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