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Description: 本文评估能力的无线网状结构
提供高性能的互联网接入,同时
要求很少部署规划或业务管理。
该架构审议本文无计划
节点位置(而不是计划的拓扑结构) ,
全向天线(而非定向链接) ,
和多跳路由(而不是单跳基站) 。
这些设计决策有助于易于部署,
一个重要的要求,社区无线网络-This paper evaluates the ability of a wireless mesh architecture
to provide high performance Internet access while
demanding little deployment planning or operational management.
The architecture considered in this paper has unplanned
node placement (rather than planned topology),
omni-directional antennas (rather than directional links),
and multi-hop routing (rather than single-hop base stations).
These design decisions contribute to ease of deployment,
an important requirement for community wireless networks
Platform: |
Size: 278528 |
Author: 邓建良 |
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Description: Tcl Scripts for Single hop wireless mesh Network
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Size: 3072 |
Author: Wu Oliver |
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Description: Wireless Mesh Networks (WMN) are increasingly
becoming popular as low cost alternatives to wired network for
providing broadband access to users (the last mile connectivity).
In these multi-hop networks, data is forwarded to a gateway
from the nodes or from the gateway to the nodes. This paper
investigates the role of gateway placement on network throughput
for realistic confi gurations of WMNs. We show that the position
of the gateway signifi cantly bears on network throughput. It
is hence important to optimize its placement. Specifi cally, we
propose several heuristics to optimally position a single gateway
in WMN and compare their relative performance in terms of
network throughput with respect to the exact solution, which is
obtained through cumbersome computations.
Platform: |
Size: 295936 |
Author: Dinh Huu Nghia |
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