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GBSFP: General Bluetooth Scatternet Formation Protocol for Ad Hoc Networking

机译:GBSFP:用于Ad Hoc网络的通用蓝牙Scatternet形成协议

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摘要

Recently, bluetooth technology has become widely prevalent so that many laptops and mobile phones are equipped with bluetooth capability. In order to meet the increasing demand to interconnect these devices a new scatternet formation protocol named GBSFP (General Bluetooth Scatternet Formation Protocol) is proposed in this paper. GBSFP is the result of efforts to overcome the two major limitations of the legacy scatternet formation protocols as regards their real implementation, that all of the nodes should be within the Bluetooth communication range or that they should be time synchronized. In GBSFP, a node goes through three phases; 1) the Init phase to establish a bluetooth link to as many of its neighbors as possible, 2) the Ready phase to determine the role of each node, i.e., master or slave, and remove any unnecessary bluetooth links, and 3) the Complete phase to finalize the formation of the scatternet and begin data transmission. The simulation results show that GBSFP provides higher connectivity in many scenarios compared with BTCP and BlueStars.
机译:近来,蓝牙技术已变得广泛普及,因此许多笔记本电脑和移动电话都具备蓝牙功能。为了满足互连这些设备的日益增长的需求,本文提出了一种名为GBSFP(通用蓝牙散射网形成协议)的新型散射网形成协议。 GBSFP是努力克服传统分散网形成协议在其实际实现方面的两个主要局限性的结果,即所有节点应在蓝牙通信范围内或应进行时间同步。在GBSFP中,节点经历三个阶段。 1)初始化阶段,以建立到尽可能多邻居的蓝牙链接; 2)就绪阶段,确定每个节点(即主节点或从节点)的角色,并删除任何不必要的蓝牙链接;以及3)完成阶段以最终确定散布网的组成并开始数据传输。仿真结果表明,与BTCP和BlueStars相比,GBSFP在许多情况下都提供了更高的连接性。

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