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2. NONLINEAR BINARY DYNAMIC SYSTEMS (NBDS)
OF DISCRETE AUTOMATION……………………………......
101
2.1. The Construction of NBDS Model Representation by Means of
Finite-State Machine Logic…………………………………….
101
2.2. The Construction of Dividing Devices Noise-Immunity Code
Transformation by Means of NBDS in the Arbitrary Flip-Flops
Logic…………………………………………………………...
117
2.3. NBDS in Tasks of Noise-Immunity Codes
Errors Correction……………………………………………….
126
2.4. The Dividing Encoding and Decoding Devices of Shortened
Cyclical Codes with Switching Structure……………………..
136
2.5. Sellers’ Differentiation Approach in Boolean Description
Analysis Tasks of NBDS of Discrete Automation …………….
142
3. THE HYBRID BINARY DYNAMIC SYSTEMS (HBDS)
OF DISCRETE AUTOMATION……………………………......
155
3.1. The Problem of Code Space infilling with a Hybrid Binary
Dynamic Systems Set…………………………………………..
155
3.2. The Request Factor of Boolean Variables of Binary Dynamic
Systems Description……………………………………………
169
3.3. The Use of the Request Factor of State Codes’ Boolean Vari-
ables of NBDS for EFFICIENT Employment of Noise Immu-
nity Resource…………………………………………………..
180
3.4. The Design of Equivalent Linear Vector-Matrix Model Repre-
sentation of NBDS Based on Boolean Description Variables
Aggregation Approach…………………………………………
188
3.5. The Problem of “Apparatus Space – Time Expense” Exchange
in Tasks of Noise-Immunity Code Transformation……………
198
CONCLUSION…………………………………………………….. 201
APPLICATION D – Transformation and its Properties…………… 202
REFERENCES…………………………………………………….. 208
Subject index………………………………………………………. 212
Remote Control Laboratory. Brief Historical Review……………... 215
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