BLUETOOTH SCATTERNET COMMUNICATION THROUGH A ROUTING ALGORITHM
Abstract
Abstract Bluetooth is a low-cost, low-power wireless frequency system with a limited range. A Bluetooth scatternet may be used for home networking, environmental surveillance, and sensor or ad hoc networks, among other things. Bluetooth wireless technology enables time-constrained video/audio to be shared in handheld and ubiquitous settings. For network situations with a non-uniform distribution of Bluetooth devices, we solve the issue of scatternet creation. The presumption of a non-uniform distribution of devices in a specified field of concern is based on observations seen in real-world scenarios. BlueHRT (Bluetooth Hybrid Ring Tree) is a modern scatternet forming protocol that generates a hybrid ring tree topology. Node exploration, recognition of a dense area within the network, position assignment with ring based piconets in the dense area and tree based piconets in the nearby loosely loaded areas, and interconnection of the piconets to each other through slave–slave and master–slave bridges are all phases of the proposed protocol.
Keywords:
Bluetooth, hybrid routing algorithm, scatternet communication
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