Optimal Power Allocation for Non-Regenerative Multicarrier Relay-Assisted PLC Systems with QoS Constraints

In this paper we present an iterative algorithm to jointly optimize the source and relay power allocations for a general relay transmission system, i.e. the broadcast-and-multi-access multicarrier relay system, where the source transmits in two time-slots. Under (but not limited to) the indoor power...

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Bibliographic Details
Main Authors: Wu, X., Rong, Yue
Other Authors: Brian Evans
Format: Conference Paper
Published: IEEE 2015
Subjects:
Online Access:http://hdl.handle.net/20.500.11937/26986
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author Wu, X.
Rong, Yue
author2 Brian Evans
author_facet Brian Evans
Wu, X.
Rong, Yue
author_sort Wu, X.
building Curtin Institutional Repository
collection Online Access
description In this paper we present an iterative algorithm to jointly optimize the source and relay power allocations for a general relay transmission system, i.e. the broadcast-and-multi-access multicarrier relay system, where the source transmits in two time-slots. Under (but not limited to) the indoor power line communication environment, we examine the issue of minimization of the total network transmission power subjecting to QoS constraints expressed as the capacity lower-bound of the data-link from the source to the destination nodes. In addition to demonstrate the fast convergence of the proposed algorithm, the simulation results also show that with respect to the two-hop relay system and the broadcast-and-forward relay system, the proposed general relay system can satisfy the same QoS requirement while consume less total transmission power.
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institution Curtin University Malaysia
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spelling curtin-20.500.11937-269862017-09-13T15:30:24Z Optimal Power Allocation for Non-Regenerative Multicarrier Relay-Assisted PLC Systems with QoS Constraints Wu, X. Rong, Yue Brian Evans three-node system QoS multicarrier relay time varying channel Power Line Communications (PLC) nonregenerative relay In this paper we present an iterative algorithm to jointly optimize the source and relay power allocations for a general relay transmission system, i.e. the broadcast-and-multi-access multicarrier relay system, where the source transmits in two time-slots. Under (but not limited to) the indoor power line communication environment, we examine the issue of minimization of the total network transmission power subjecting to QoS constraints expressed as the capacity lower-bound of the data-link from the source to the destination nodes. In addition to demonstrate the fast convergence of the proposed algorithm, the simulation results also show that with respect to the two-hop relay system and the broadcast-and-forward relay system, the proposed general relay system can satisfy the same QoS requirement while consume less total transmission power. 2015 Conference Paper http://hdl.handle.net/20.500.11937/26986 10.1109/ISPLC.2015.7147604 IEEE fulltext
spellingShingle three-node system
QoS
multicarrier relay
time varying channel
Power Line Communications (PLC)
nonregenerative relay
Wu, X.
Rong, Yue
Optimal Power Allocation for Non-Regenerative Multicarrier Relay-Assisted PLC Systems with QoS Constraints
title Optimal Power Allocation for Non-Regenerative Multicarrier Relay-Assisted PLC Systems with QoS Constraints
title_full Optimal Power Allocation for Non-Regenerative Multicarrier Relay-Assisted PLC Systems with QoS Constraints
title_fullStr Optimal Power Allocation for Non-Regenerative Multicarrier Relay-Assisted PLC Systems with QoS Constraints
title_full_unstemmed Optimal Power Allocation for Non-Regenerative Multicarrier Relay-Assisted PLC Systems with QoS Constraints
title_short Optimal Power Allocation for Non-Regenerative Multicarrier Relay-Assisted PLC Systems with QoS Constraints
title_sort optimal power allocation for non-regenerative multicarrier relay-assisted plc systems with qos constraints
topic three-node system
QoS
multicarrier relay
time varying channel
Power Line Communications (PLC)
nonregenerative relay
url http://hdl.handle.net/20.500.11937/26986