Title :
MAC with action-dependent state information at one encoder
Author :
Dikstein, L. ; Permuter, H.H. ; Shamai, S.
Abstract :
We consider a two-user multiple-access channel, where one of the encoders is allowed to take an action that effects the formation of the channel states. The states are know non-causally to the encoder. Two independent messages are sent: a common message and a private message transmitted by the informed encoder. We find precise characterizations of the capacity region. Our framework takes account of previously evaluated settings regarding point-to-point channels with actions and multiple-access channels with common messages. We obtain the capacity of the Gaussian action-dependent point-to-point channel.
Keywords :
Gaussian channels; access protocols; channel capacity; codecs; multi-access systems; Gaussian action-dependent point-to-point channel; MAC; action-dependent state information; capacity; channel states; common message; encoders; multiple-access channels; point-to-point channels; private message; two-user multiple-access channel; Channel coding; Channel models; Decoding; Probability distribution; Random variables; Tin; Actions; Binning; Channel capacity; Channel coding; Dirty paper coding; Gel´fand-Pinsker Channel; Non-causal side information;
Conference_Titel :
Information Theory Proceedings (ISIT), 2012 IEEE International Symposium on
Conference_Location :
Cambridge, MA
Print_ISBN :
978-1-4673-2580-6
Electronic_ISBN :
2157-8095
DOI :
10.1109/ISIT.2012.6283564