FIELD: data transmission. SUBSTANCE: sequence of 1 binary data signals and two sequences of sync signals for n and m binary signals are formed. The last binary signal of the first sequence of sync signals are formed onto the transmitting side to be inverse to the first binary signal of the second sync signals sequence. The second sync signals sequence is received onto the receiving side by means of element-to-element comparison of received sequences with reference sequence from m binary signals. Cycle synchronization is performed according to results of comparison. EFFECT: reduced time for coming into synchronism. 1 dwg
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Authors
Dates
1994-06-30—Published
1990-04-18—Filed