[PDF][PDF] An indoor propagation case study at frequency 915 MHz

TD Tan, ND Anh, CM Thang, BLP Linh… - International Journal of …, 2012 - researchgate.net
TD Tan, ND Anh, CM Thang, BLP Linh, TTT Quynh
International Journal of Engineering and Industries, 2012researchgate.net
Wireless communication is popular used for commercial, industrial, and domestic
networking. Ensuring information quality in indoor environments is difficult but essential for
applications that require higher and higher quality such as internet access, telephone, etc. In
order to deploy in actual systems with the feasibility and cost savings, electromagnetic
simulations must be performed carefully. The simulation of electromagnetic wave
propagation in indoor environments may require the use of different wave propagation …
Abstract
Wireless communication is popular used for commercial, industrial, and domestic networking. Ensuring information quality in indoor environments is difficult but essential for applications that require higher and higher quality such as internet access, telephone, etc. In order to deploy in actual systems with the feasibility and cost savings, electromagnetic simulations must be performed carefully. The simulation of electromagnetic wave propagation in indoor environments may require the use of different wave propagation models. Some factors such as obstructions, materials, antenna installation, etc. will affect the actual results so they need to be put into simulation. This paper presented the simulation and experimentation of wave propagation in a specific building. A Full 3D Ray Tracing model has been utilized to model microwave indoor propagation at 915 MHz. Good agreement between Full 3D ray tracking simulation and measurements is reported. The initial results show the feasibility to apply in practice.
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