Quantum-Aided modeling and design techniques for advanced wireless network architectures

The next generation of wireless communication systems will be characterized by ever-increasing computational demands and complex data processing requirements. Quantum computing and quantum communications, underpinned by the principles of quantum mechanics, promise to significantly enhance processing capabilities compared to conventional classical approaches. This paradigm shift presents novel challenges that demand sophisticated strategies to ensure a suitable integration. As a result, this thesis focuses on addressing these challenges from anarchitectural stand point, proposing and analyzing various strategies to incorporate quantum computing into future wireless communication systems. Moreover, this work delves into the entanglement distribution problem with the primary goal of optimizing the teleportation rate, a crucial aspect of quantum communication efficiency.