| Summary: | 碩士 === 國立嘉義大學 === 資訊工程學系研究所 === 105 === The technique of mobile networks is undergoing extraordinary progression. Though mobile life is widely prevailed and the infrastructures of stations are universally built nowadays, the 5th generation mobile networks have been considered, by many countries, as the system for future use. 5G networks provide higher transmission rate, coverage, spectral efficiency, and less time delay.
This thesis aims to propose the data transmission via the 5G mobile network that considers the confinement of the region and time efficiency and allows for becoming a D2D communication without passing through the network core but with passing by the network edge to directly transmit all data. Although D2D does not require the information to pass through the network core to relay the transmission, it is still being controlled by the 5G network that the information can be quickly and effectively transmitted to the corresponding 5G devices, making the information be available to the user. Some characteristics of the Bacteria-Inspire Communication (perception, infection and diffusion) are also included in this research , such that the transmission of information is inspired on the way bacteria feeding by using the bacteria’s astringency to calculate the density of information requiring in order to find the route with the least possible number of hopping to transmit the information to the high density region.
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