Future Prospects of Wireless Transmission Based on Engineering Electrical Electronic and Telecommunications

This Reprint presents a curated collection of high-quality research articles addressing the future prospects of wireless transmission in electrical, electronic, and telecommunications engineering. It captures recent advances and emerging directions in wireless communication systems, with a strong focus on 5G and beyond networks, intelligent radio technologies, and data-driven transmission techniques. The Reprint covers a broad technical scope, including microwave and millimeter wave systems, massive MIMO, wireless sensing, satellite and non-terrestrial networks, Internet of Things connectivity, edge-enabled communications, and AI-assisted signal processing. Particular attention is given to how artificial intelligence and machine learning are reshaping wireless transmission design, optimization, security, and spectrum efficiency. In addition to core technologies, the Reprint highlights real-world applications across smart cities, industrial automation, healthcare, transportation, and mission-critical communications. Contributions also address key challenges such as energy efficiency, interoperability, reliability, latency, and resilience under dense and heterogeneous network conditions. By bringing together theoretical developments, experimental validations, and applied case studies, this Reprint provides a comprehensive reference for researchers, practitioners, and policymakers seeking insight into the evolving wireless transmission landscape and its future research directions.