DocumentCode
1221986
Title
Variable Block Length and Transmission Efficiency
Author
Kirlin, R. Lynn
Author_Institution
Datel of Wyoming, Inc., Reverton, Wyo.
Volume
17
Issue
3
fYear
1969
fDate
6/1/1969 12:00:00 AM
Firstpage
350
Lastpage
355
Abstract
This work is concerned with the effect of grouping data into blocks for transmission in an error detect-retransmit system. A formula is presented giving transmission efficiency
in data bits per binit.
is a function of the time per bit, block length, nondata bits per block, data bits per word, and average time
per block transmission.
takes into consideration block length, block starting bit times, mean time to error, turnaround time upon error detection, and correct-block acknowledge time. Using the formula for
and the statistics of the bit error rate distribution, an optimum or even variable block length may be chosen. The variable block length system automatically switches when the present efficiency is estimated, with a given confidence, to be nonoptimum.
in data bits per binit.
is a function of the time per bit, block length, nondata bits per block, data bits per word, and average time
per block transmission.
takes into consideration block length, block starting bit times, mean time to error, turnaround time upon error detection, and correct-block acknowledge time. Using the formula for
and the statistics of the bit error rate distribution, an optimum or even variable block length may be chosen. The variable block length system automatically switches when the present efficiency is estimated, with a given confidence, to be nonoptimum.Keywords
Bit error rate; Communications technology; Data communication; Error analysis; Error correction; Error probability; Length measurement; Statistical distributions; Switches;
fLanguage
English
Journal_Title
Communication Technology, IEEE Transactions on
Publisher
ieee
ISSN
0018-9332
Type
jour
DOI
10.1109/TCOM.1969.1090095
Filename
1090095
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