| Summary: | 碩士 === 中華大學 === 電機工程學系 === 107 === This paper focuses on the architecture of Bluetooth wireless networks, in more intensive Bluetooth networks, such as smart homes, offices, schools, etc. In order to get better quality of the connection, we use a regular tetrahedral structure, a regular hexahedral structure, a regular octahedral structure, a regular dodecahedral structure, a regular icosahedral structure and a tandem positive polyhedron combination architectures. With a fixed number of nodes, the most appropriate architecture can be determined from these architectures.
The number of nodes formed by each regular polyhedral architecture is fixed and the remaining unconnected nodes are connected to the vertices of the regular polyhedral architecture. From the simulation results, the positive polyhedral architecture has less delay than other architectures and achieves the goal of better performance of the Bluetooth wireless network.
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