Through real-world measurements we evaluate the
impact of multihop-aware cooperative relaying on end-to-end
route performance in wireless multi-hop networks. In an exper-
iment with 50 devices in an industrial environment cooperative
relaying increases the end-to-end transmission reliability for
multi-hop links to nearly 100 \% while reducing the average packet
delay. We suggest how to include relay selection in the route
discovery process of ad hoc routing protocols such as Ad hoc On-
Demand Distance Vector (AODV) and Dynamic Source Routing
(DSR) and perform two experiments. In the first experiment
we discuss route discovery strategies focusing on small delay
benefiting from reliable data link transmissions using cooperative
relays. In the second experiment we compare reliability and
delay for five different transmission powers with and without
cooperative relaying.
%0 Conference Paper
%1 andre2015experimental
%A Andre, T.
%A Arumugam, P.
%A Bettstetter, C.
%B Proc. Int. Workshop on Wireless Network Measurements (WINMEE)
%D 2015
%K relay
%T Experimental Evaluation of Multihop-Aware Cooperative Relaying
%X Through real-world measurements we evaluate the
impact of multihop-aware cooperative relaying on end-to-end
route performance in wireless multi-hop networks. In an exper-
iment with 50 devices in an industrial environment cooperative
relaying increases the end-to-end transmission reliability for
multi-hop links to nearly 100 \% while reducing the average packet
delay. We suggest how to include relay selection in the route
discovery process of ad hoc routing protocols such as Ad hoc On-
Demand Distance Vector (AODV) and Dynamic Source Routing
(DSR) and perform two experiments. In the first experiment
we discuss route discovery strategies focusing on small delay
benefiting from reliable data link transmissions using cooperative
relays. In the second experiment we compare reliability and
delay for five different transmission powers with and without
cooperative relaying.
@inproceedings{andre2015experimental,
abstract = {Through real-world measurements we evaluate the
impact of multihop-aware cooperative relaying on end-to-end
route performance in wireless multi-hop networks. In an exper-
iment with 50 devices in an industrial environment cooperative
relaying increases the end-to-end transmission reliability for
multi-hop links to nearly 100 \% while reducing the average packet
delay. We suggest how to include relay selection in the route
discovery process of ad hoc routing protocols such as Ad hoc On-
Demand Distance Vector (AODV) and Dynamic Source Routing
(DSR) and perform two experiments. In the first experiment
we discuss route discovery strategies focusing on small delay
benefiting from reliable data link transmissions using cooperative
relays. In the second experiment we compare reliability and
delay for five different transmission powers with and without
cooperative relaying.},
added-at = {2016-06-30T15:55:44.000+0200},
author = {Andre, T. and Arumugam, P. and Bettstetter, C.},
biburl = {https://www.bibsonomy.org/bibtex/2001b116f2765b002d4b6d6d2dc5085c5/lakeside-labs},
booktitle = {Proc. Int. Workshop on Wireless Network Measurements (WINMEE)},
interhash = {8c974dc955d05f08615bfa12a9c5f008},
intrahash = {001b116f2765b002d4b6d6d2dc5085c5},
keywords = {relay},
month = may,
timestamp = {2016-06-30T17:10:31.000+0200},
title = {Experimental Evaluation of Multihop-Aware Cooperative Relaying},
year = 2015
}