Wireless Mesh Architecture for IP Based Base Stations
Hui Tian, Tao Xiaofeng
Abstract
Hui Tian, Tao Xiaofeng
Abstract
Combining the performance advantages of both Wireless Local Area Network (WLAN) and Ad Hoc network, the Wireless Mesh Network (WMN) is characterized by large capacity, high rate and wide coverage. It has become an effective means for broadband wireless access and can flexibly be applied in various wireless environments. The wired connections between base stations in traditional cellular mobile communications systems can no longer satisfy the requirements for flexible deployment, low cost, high scalability and good reliability. The wireless Mesh architecture for IP based base stations is thus introduced as an optional solution to support the flat and simplified next generation mobile communications network. The key technologies used to support self-organizing of IP based base stations involve several aspects, including self-organizing of base stations on demand, joint radio resource scheduling mechanism, routing, security and network management.
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Combining the performance advantages of both Wireless Local Area Network (WLAN) and Ad Hoc network, the Wireless Mesh Network (WMN) is characterized by large capacity, high rate and wide coverage. It has become an effective means for broadband wireless access and can flexibly be applied in various wireless environments. The wired connections between base stations in traditional cellular mobile communications systems can no longer satisfy the requirements for flexible deployment, low cost, high scalability and good reliability. The wireless Mesh architecture for IP based base stations is thus introduced as an optional solution to support the flat and simplified next generation mobile communications network. The key technologies used to support self-organizing of IP based base stations involve several aspects, including self-organizing of base stations on demand, joint radio resource scheduling mechanism, routing, security and network management.
Key concepts: Computer science, Computer network, Wireless mesh network, Base station, Wireless WAN, Wireless network, Radio resource management, Switched mesh