Andere Kunden interessierten sich auch für
![SLA based architectures in priority aware shared mesh optical networks]( "SLA based architectures in priority aware shared mesh optical networks")
SLA based architectures in priority aware shared mesh optical networks46,99 €![Graphs and Algorithms in Communication Networks]( "Graphs and Algorithms in Communication Networks")
Graphs and Algorithms in Communication Networks110,99 €![Graphs and Algorithms in Communication Networks]( "Graphs and Algorithms in Communication Networks")
Graphs and Algorithms in Communication Networks110,99 €![Efficient Routing Protocols for Multi-radio Wireless Mesh Networks]( "Efficient Routing Protocols for Multi-radio Wireless Mesh Networks")
Efficient Routing Protocols for Multi-radio Wireless Mesh Networks32,99 €![Energy-efficient Routing in Ad hoc networks with Balanced Load]( "Energy-efficient Routing in Ad hoc networks with Balanced Load")
Energy-efficient Routing in Ad hoc networks with Balanced Load36,99 €![Design, Implementation and Evaluation of an energy RPL routing metric]( "Design, Implementation and Evaluation of an energy RPL routing metric")
Design, Implementation and Evaluation of an energy RPL routing metric26,99 €![Personal Wireless Communications]( "Personal Wireless Communications")
Personal Wireless Communications148,99 €
Wireless Mesh Networks recently attract significant interests due to the minimal infrastructure demands and their potential for supporting mobile and pervasive computing. This work introduces a routing scheme to find best performance routes in WLAN mesh networks. A cross-layer approach is used to overcome self-interference issue of existing load-aware routing metrics. The proposed routing metric was evaluated on a multi-hop wireless emulator which allows us to emulate wireless networks on a wired testbed. Design and implementation of AEROMAN (Architecture to Evaluate Routing Protocols for Multi-hop Ad-hoc Networks) used in the emulator are presented. AEROMAN is the first, to the best of our knowledge, fully distributed approach taking into account properties of contention-based media access for wireless channel, and does not require any special hardware to emulate wireless channel.