Modelling of indoor wireless propagation and comparing the results with FEKO

In this work, indoor wireless propagation is studied. It is hard to solve indoor wireless propagation problems by analytical methods. In order to solve this problem, an office room is modelled; and simulation and experimental results are compared to each other. The model was constructed like a real office room and suitable for the electromagnetic theory.The practical study is divided into three parts. First part is free office room (without furniture), second part is furniture located in the office, which is made of cartoon (cartoons dielectric properties similar to the wood). Third part is cartoon furniture located in the office, which is covered by aluminum foil. Also at the second and third parts, there exist two water bottles as a model of human and child, which is filled with sea water and drinking water mixtures. All the measurements are made both by using Transverse Electric and Transverse Magnetic modes.In conclusion, with simulation program the modelled same office room is analyzed to compare with the measurement results of free office room, office room filled with cartoon furniture and office room filled metal furniture. It is observed that practical solutions can not be the same with simulation results.