This project provides a comprehensive analysis of wireless networking concepts, focusing on path loss and cellular network design. Task 1 involves plotting path loss and received power as functions of distance using GNU Octave code. The solution includes the executable code and generated plots. Task 2 addresses the design of a cellular network, requiring the student to propose base station locations, antenna specifications, and cell sizes considering traffic density in Erlang. The design includes justifications for the chosen architecture, cell shapes, and the allocation of urban, suburban, and rural areas based on traffic density. The project covers key aspects of wireless communication, including path loss calculations and practical cellular network design considerations.
![[object Object]](/_next/static/media/star-bottom.7253800d.svg)
