Optimisation of Multicast Routing in Wireless Mesh Networks
Brian Keegan, Karol Kowalik, Mark Davis
Abstract
Open-access reader
Brian Keegan, Karol Kowalik, Mark Davis
Abstract
Open-access reader
In recent years Wireless Mesh Networks have been deployed and grown in popularity in many metropolitan areas. The deployment of such networks has allowed clients to gain access to publicly available broadband networks. The implementation of wireless mesh networks requires that backhaul services (traditionally carried by wired networks) be maintained via wireless mesh points. Because of their structure, wireless mesh networks provide an excellent means for targeting a large group of end users or simply to relay data. This may be achieved by means of broadcasting or more specifically multicasting. The lack of standards and support for multicasting over wireless mesh networks makes this area very challenging as well as providing much scope for improvement.
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In recent years Wireless Mesh Networks have been deployed and grown in popularity in many metropolitan areas. The deployment of such networks has allowed clients to gain access to publicly available broadband networks. The implementation of wireless mesh networks requires that backhaul services (traditionally carried by wired networks) be maintained via wireless mesh points. Because of their structure, wireless mesh networks provide an excellent means for targeting a large group of end users or simply to relay data. This may be achieved by means of broadcasting or more specifically multicasting. The lack of standards and support for multicasting over wireless mesh networks makes this area very challenging as well as providing much scope for improvement.
Key concepts: Wireless mesh network, Computer network, Computer science, Multicast, Municipal wireless network, Wireless broadband, Order One Network Protocol, Backhaul (telecommunications)