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Black Bridge: A Scatternet Formation Algorithm for Solving a New Emerging Problem

机译:黑桥:一种解决新出现问题的散射形成算法

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Nowadays, it has become common to equip a device with Bluetooth. As such devices become pervasive in the world; much work has been done on forming them into a network, however, almost all the Bluetooth Scatternet Formation Algorithms assume devices are homogeneous. Even the exceptional algorithms barely mentioned a little about the different characteristics of devices like computational abilities, traffic loads for special nodes like bridge nodes or super nodes, which are usually the bottleneck in the scatternet. In this paper , we treat the devices differently not only based on the hardware characteristics, but also considering other conditions like different classes, different groups and so on. We use a two-phase Scatternet Formation Algorithm here: in the first phase, construct scatternets for a specified kind of devices; in the second phase, connect these scatternets by using least other kinds of devices as bridge nodes. Finally, we give some applications to show the benefit of classification.
机译:如今,装备带蓝牙的设备已经很常见。由于这些设备在世界上普遍存在;已经完成了很多工作,也在将它们形成到网络中,但是,几乎所有蓝牙散射网形成算法假设设备是均匀的。即使是卓越的算法几乎没有提到关于计算能力等设备的不同特征,对于桥接节点或超级节点等特殊节点的流量负载通常是散射网中的瓶颈。在本文中,我们不仅根据硬件特征对待设备的方式不同,而且还考虑到不同类别,不同组等的其他条件。我们在此处使用两相散射网形成算法:在第一阶段,构造指定类型的设备的散射网;在第二阶段,通过使用最少量的设备作为桥接节点连接这些散射渠。最后,我们提供一些申请来表达分类的好处。

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