MN692 Capstone Project T1 2020: 5G Ultra Dense Networks Design Project

This project report details the design of a 5G ultra dense network, addressing key challenges like energy efficiency and data communication issues. It presents a comprehensive overview of the project, including an introduction to 5G technology, problem statements, and a summary of the literature review. The report outlines research questions, project objectives, and a high-level design of the proposed network architecture. It also includes a discussion of expected outcomes, a project plan with weekly activities, roles and responsibilities of team members, and software/hardware specifications. The design incorporates various modules for radio access technology and IP routing, focusing on seamless mobility and context-aware connections. The project also proposes solutions to data communication issues in 5G UDN, such as instantaneous private key generation and shared key encryption. The report concludes with a discussion of future work and references, providing a detailed analysis of the 5G network design process and its potential benefits. The project also employs the Nash bargaining power control method for energy optimization and increased spectrum coexistence performance.