Achievable rates and optimal schedules for half duplex multiple-relay networks
We study the half duplex multiple-relay channel (MRC) where every node can either transmit
or listen but not both at the same time. We derive a capacity upper bound based on a max …
or listen but not both at the same time. We derive a capacity upper bound based on a max …
Achievable rates and optimal schedules for half duplex multiple-relay networks
L Ong, W Wang, M Motani - 2008 - scholarbank.nus.edu.sg
We study the half duplex multiple-relay channel (MRC) where every node can either transmit
or listen but not both at the same time. We derive a capacity upper bound based on a max …
or listen but not both at the same time. We derive a capacity upper bound based on a max …
[PDF][PDF] Achievable Rates and Optimal Schedules for Half Duplex Multiple-Relay Networks
L Ong, W Wang, M Motani - 2008 - nova.newcastle.edu.au
We study the half duplex multiple-relay channel (MRC) where every node can either transmit
or listen but not both at the same time. We derive a capacity upper bound based on a max …
or listen but not both at the same time. We derive a capacity upper bound based on a max …
Achievable rates and optimal schedules for half duplex multiple-relay networks
L Ong, W Wang, M Motani - 2008 46th Annual Allerton Conference on … - infona.pl
We study the half duplex multiple-relay channel (MRC) where every node can either transmit
or listen but not both at the same time. We derive a capacity upper bound based on a max …
or listen but not both at the same time. We derive a capacity upper bound based on a max …
Achievable rates and optimal schedules for half duplex multiple-relay networks
L Ong, W Wang, M Motani - 2008 - novaprd.newcastle.edu.au
Description We study the half duplex multiple-relay channel (MRC) where every node can
either transmit or listen but not both at the same time. We derive a capacity upper bound …
either transmit or listen but not both at the same time. We derive a capacity upper bound …
Achievable rates and optimal schedules for half duplex multiple-relay networks
L Ong, W Wang, M Motani - 2008 46th Annual Allerton Conference on …, 2008 - computer.org
We study the half duplex multiple-relay channel (MRC) where every node can either transmit
or listen but not both at the same time. We derive a capacity upper bound based on a max …
or listen but not both at the same time. We derive a capacity upper bound based on a max …
[PDF][PDF] Achievable Rates and Optimal Schedules for Half Duplex Multiple-Relay Networks
L Ong, W Wang, M Motani - 2008 - Citeseer
We study the half duplex multiple-relay channel (MRC) where every node can either transmit
or listen but not both at the same time. We derive a capacity upper bound based on a max …
or listen but not both at the same time. We derive a capacity upper bound based on a max …