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Experimental Evaluation of Multi-Path Routing in a Wireless Mesh Network Inside a Building
Author(s) -
Staub, Thomas,
Ott, Stefan,
Braun, Torsten
Publication year - 2024
Publication title -
technische universität berlin – universitätsbibliothek
Language(s) - English
DOI - 10.14279/tuj.eceasst.17.185
Subject(s) - computer network , computer science , wireless mesh network , testbed , routing protocol , dynamic source routing , distributed computing , robustness (evolution) , link state routing protocol , order one network protocol , hazy sighted link state routing protocol , network packet , wireless routing protocol , mesh networking , static routing , routing (electronic design automation) , source routing , scheme (mathematics) , zone routing protocol , multipath routing , shared mesh , node (physics) , geographic routing , network routing , switched mesh , routing table , wireless network , wireless , load balancing (electrical power) , enhanced interior gateway routing protocol , interior gateway protocol , packet switching , packet loss , policy based routing , protocol (science) , routing information protocol , network topology
Multi-path routing can provide robustness and load balanci ng to communication in wireless mesh networks (WMNs). We present a Li nux implementation of an existing multi-path routing scheme and evaluate i t in our inhouse WMN testbed. In addition to our implementation, we describe the testbed where we performed evaluations regarding end-to-end delay and packet l oss. Furthermore, we identify the limitations of the implemented protocol in a re al-world scenario with interferences due to dense node placement as well as third-p arty networks and discuss possible enhancements and general directions of resea rch.

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