Degree-constrained multihop scatternet formation for Bluetooth networks

C. Petrioli, S. Basagni
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引用次数: 93

Abstract

We describe BlueMesh, a new protocol for the establishment of scatternets, i.e., multihop ad hoc networks of Bluetooth devices. BlueMesh defines rules for device discovery, piconet formation and piconet interconnection in order to achieve the following desirable properties: a) BlueMesh generates connected scatternets without requiring the Bluetooth devices all to be in each other's transmission range; b) the BlueMesh scatternet topology is a mesh with multiple paths between any pair of nodes; c) BlueMesh piconets are made up of no more than 7 slaves. Simulation results in networks with 200 nodes show that BlueMesh is effective in quickly generating a connected scatternet in which each node, on average, does not assume more than 2.3 roles. Moreover, the length of routes between any two nodes in the network, is comparable to that of the shortest paths between the nodes.
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蓝牙网络的度约束多跳散射网形成
我们描述了BlueMesh,一种用于建立散射网的新协议,即蓝牙设备的多跳自组织网络。BlueMesh定义了设备发现、微微网形成和微微网互连的规则,以实现以下理想特性:a) BlueMesh生成连接的散射网,而不要求蓝牙设备都在彼此的传输范围内;b) BlueMesh散射网拓扑是任意一对节点之间有多条路径的网格;c) BlueMesh piconets由不超过7个奴隶组成。在200个节点的网络中进行的仿真结果表明,BlueMesh可以有效地快速生成一个连接的分散网络,其中每个节点平均承担的角色不超过2.3个。此外,网络中任意两个节点之间的路由长度与节点之间的最短路径长度相当。
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