Wireless Communication Systems Design and Analysis Assignment

This assignment solution addresses key concepts in wireless communication and network design. It begins with an explanation of cell splitting, a technique used to increase the capacity of wireless telephone systems by dividing a congested cell into smaller cells, each with its own base station. The solution then calculates the reuse distance, number of calls processed, and Erlang value based on given parameters. Furthermore, the assignment requires the design of a cellular architecture, including base station locations, antenna specifications, and area type considerations, with a justification for the design choices. The design is based on cell splitting and cell sectoring to increase channel capacity and reduce interference. The solution also provides a rationale for the design choices, and the provided figure. The solution utilizes hexagonal cell zones, and explains how the radius of each hexagon is decreased moving towards the centre of the hexagon or small cell. References are provided to support the analysis and design.