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Doctoral Student

Fariha Zhinuk

6G Network Technology for Future Digital Twins and Metaverse

As we move towards 6G, the challenge of managing mobile networks efficiently becomes more critical. With increasing data demands and a growing number of connected devices, improving energy consumption and network performance is essential. My research focuses on developing intelligent solutions that enhance mobile connectivity while reducing power usage. By leveraging advanced simulations, real-world data, and AI-driven automation, I aim to create smarter, more sustainable load balancing strategies. This work will help shape the future of wireless communication, ensuring seamless connectivity with minimal environmental impact. 


Elisa

As we move towards 6G, the challenge of managing mobile networks efficiently becomes more critical. With increasing data demands and a growing number of connected devices, improving energy consumption and network performance is essential. My research focuses on developing intelligent solutions that enhance mobile connectivity while reducing power usage. By leveraging advanced simulations, real-world data, and AI-driven automation, I aim to create smarter, more sustainable load balancing strategies. This work will help shape the future of wireless communication, ensuring seamless connectivity with minimal environmental impact. 


Academic supervisor
Mikko Valkama
Aleksandr Ometov
Industry partner
Jarno Niemelä
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