This assignment presents a comprehensive solution to a wireless networking project, encompassing both theoretical analysis and practical design considerations. Task 1 focuses on free space propagation and path loss, utilizing MATLAB code to analyze the relationship between distance, carrier frequency, and received power. The student provides MATLAB code and plots to illustrate these concepts. Task 2 shifts to a research project where the student, acting as a Network Design Engineer, proposes a cellular architecture design. The design includes base station site locations, antenna specifications, and the type of area (suburban, metropolitan, rural), along with justifications for the design choices. The architecture utilizes frequency reuse and hexagonal cell shapes to maximize area coverage and minimize interference. The project also discusses traffic density in Erlang, and references relevant research papers.
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