Print Email Facebook Twitter Monte Carlo Simulation of Co-channel Interference in a Shadowed Rician Indoor Environment Title Monte Carlo Simulation of Co-channel Interference in a Shadowed Rician Indoor Environment Author Ajridi, F. Contributor Arnbak, J.C. (mentor) Kegel, A. (mentor) Prasad, R. (mentor) Faculty Electrical Engineering, Mathematics and Computer Science Department Telecommunicatie- en Verkeersbegeleidingssystemen Date 1993-08 Abstract The co-channel interference probability has been determined by using system simulation. For this purpose the Monte Carlo method has been used, which consists of generation of random numbers from probability distribution functions. The simulation results have been verified by comparing them with previous obtained analytical results. The simulation program has been used to investigate the influence of the Rice factor, the local or (area) mean power and the logarithmic variance on the outage probability in an indoor shadowed Rician environment. The outage probability has been also determined when the interfering signals have different local or (area) mean powers. In order to accelerate the simulation process, the importance sampling technique is investigated. The cluster structure of the 19th floor of the Electrical Engineering building of Delft University is determined by system simulation and using the measurements that has been taken there before. Subject Outage probabilityrandomfast fadingslow fadingsimulationcarrier-to-interference ratio To reference this document use: http://resolver.tudelft.nl/uuid:cf8727e8-04ef-43b9-adbe-f0d8621ae897 Part of collection Student theses Document type master thesis Rights (c) 1993 F. Ajridi Files PDF AA278928_7.pdf 3.06 MB Close viewer /islandora/object/uuid:cf8727e8-04ef-43b9-adbe-f0d8621ae897/datastream/OBJ/view