In this study, we introduce a new two-way relay channel and obtain an inner bound and an outer bound for the
discrete and memoryless multiple access relay channels with receiver-source feedback via two-way relay channel in
which end nodes exchange signals by a relay node. And we extend these results to the Gaussian case. By numerical
computing, we show that our inner bound is the same with one obtained by Hou-Koetter-Kramer, for the channel
with relay-source feedback.
Abed Hodtani, G., Osmani-Bojd, M., Sahebalam, A. & Ahadi, M. (2016). Bounds for Multiple-Access Relay Channels with Feedback via Two-way Relay Channel. Journal of Communication Engineering, 2(3), 168–182.
MLA
Abed Hodtani, G., Osmani-Bojd, M., Sahebalam, A., & Ahadi, M. "Bounds for Multiple-Access Relay Channels with Feedback via Two-way Relay Channel", Journal of Communication Engineering, 2, 3, 2016, 168–182.
HARVARD
Abed Hodtani, G., Osmani-Bojd, M., Sahebalam, A., & Ahadi, M. (2016). 'Bounds for Multiple-Access Relay Channels with Feedback via Two-way Relay Channel', Journal of Communication Engineering, 2(3), pp. 168–182.
CHICAGO
Abed Hodtani, G., Osmani-Bojd, M., Sahebalam, A. & Ahadi, M., "Bounds for Multiple-Access Relay Channels with Feedback via Two-way Relay Channel." Journal of Communication Engineering, 2 3 (2016): 168–182,
VANCOUVER
Abed Hodtani G., Osmani-Bojd M., Sahebalam A., Ahadi M. Bounds for Multiple-Access Relay Channels with Feedback via Two-way Relay Channel. Journal of Communication Engineering. 2016;2(3):168–182.
