On the Integration of IoT and Cloud Computing for Ultra-Reliable Spectrum Allocation in e-Health

Integrating cloud computing, IoT, and computational intelligence is crucial in e-health to ensure ultra-reliable communication, which is essential for health monitoring and telemedicine. This paper explores the complex spectrum requirements for ultra-reliable communication in next-generation networks, which are vital for seamless e-health applications. It introduces multi-operator network sharing as a solution to the growing spectrum demands, allowing devices to connect with base stations from multiple providers, thus improving connectivity and reliability. Through detailed analysis, we de-rive closed-form equations using meta-distributions to evaluate spectrum needs under different sharing setups, highlighting the balance between spectrum use and reliability, particularly in e-health scenarios. Findings indicate that multi-operator network sharing and multi-connectivity strategies significantly reduce spectrum requirements for e-health services, leading to more effective and reliable healthcare delivery. The fusion of next-generation technology with IoT and cloud computing marks a significant step towards advanced e-health applications, promising high-quality, accessible, and continuous healthcare services.