DocumentCode
943056
Title
Cutoff points for roll call protocols in multiple access systems
Author
Hwang, Frank K. ; Chang, Xian M.
Volume
33
Issue
4
fYear
1987
fDate
7/1/1987 12:00:00 AM
Firstpage
577
Lastpage
581
Abstract
A communication network with multiple users sharing a common broadcast channel is considered. A
-channel is defined to be a channel that can carry up to
successful transmissions simultaneously, but simultaneous transmissions by
or more users cause a collision and no successful transmissions take place. The question arises as to how to organize transmissions to avoid collisions or to resolve them efficiently when they occur. The most conservative approach is to use a roll call scheme, which guarantees that collisions never occur. However, other approaches may sometimes be more efficient. It is supposed that each user has the same probability
of wanting to transmit, and for several different models the conditions on
under which roll call is the most efficient scheme for a
-channel are determined.
-channel is defined to be a channel that can carry up to
successful transmissions simultaneously, but simultaneous transmissions by
or more users cause a collision and no successful transmissions take place. The question arises as to how to organize transmissions to avoid collisions or to resolve them efficiently when they occur. The most conservative approach is to use a roll call scheme, which guarantees that collisions never occur. However, other approaches may sometimes be more efficient. It is supposed that each user has the same probability
of wanting to transmit, and for several different models the conditions on
under which roll call is the most efficient scheme for a
-channel are determined.Keywords
Multiaccess communication; Protocols; Access protocols; Broadcasting; Communication networks; Communication standards; Mathematics; Signal resolution;
fLanguage
English
Journal_Title
Information Theory, IEEE Transactions on
Publisher
ieee
ISSN
0018-9448
Type
jour
DOI
10.1109/TIT.1987.1057321
Filename
1057321
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