Cutting-Edge Communication: Integrated Satellite-Aerial 6G Networks for Point-to-Point Connectivity

Sai Charan Reddy Vennapusa

doi:10.18034/ajase.v12i1.93

Authors

Sai Charan Reddy Vennapusa Sr. Functional Analyst, Costco Wholesale, 3905 Dallas Pkwy, Plano, TX 75093, USA

Keywords:

Integrated Satellite Networks

Aerial 6G Networks

Point-to-Point Connectivity

Satellite-Aerial Integration

6G Technology

Network Architecture

Abstract

The study examines the potential of 6G technology to enhance global connectivity by combining satellite and aerial networks. The primary objectives are to assess this integration's benefits, identify technological challenges, and examine its effects on various applications. The process entails systematically analyzing secondary material, including reviewing existing literature and case studies. This approach aims to provide a thorough and all-encompassing understanding of the issue. The main discoveries emphasize that integrated connection offers substantial benefits, such as better worldwide coverage, decreased delay, and excellent durability, all of which contribute to providing real-time applications and high-speed data transmission. Applications include a broad spectrum of areas, including telemedicine, disaster response, smart cities, and precision farming. Nevertheless, excessive implementation costs, technological complexities, and regulatory constraints present challenges. Policy implications highlight the need for deliberate financial assistance and incentives, regulatory frameworks, and international collaboration to overcome these challenges and ensure success. This research highlights the potential of combined satellite-aerial 6G networks to completely transform connectivity, stimulate innovation, and enhance the global communication infrastructure.

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