Optimal Resource Allocation in the Next-Generation Quantum-Classical Computer Networks

The next-generation computer networks will integrate quantum channels to facilitate highly secure transfer of security keys using Quantum Key Distribution (QKD). However, QKD, being a communication protocol, lacks specific networking aspects. Consequently, current QKD networks face scalability challenges due to inefficient networking strategies. This project aims to establish next-generation quantum-classical computer networks tailored to meet the efficiency and high-security needs of sensitive sectors like military operations, healthcare services, and governmental communications. Specifically, our goals include developing and implementing effective congestion control strategies within QKD networks to enhance scalability and efficiency. With that, we aim to optimize the utilization of quantum resources, including entanglements and quantum states, to mitigate wastage and underutilization.

Hamad Bin Khalifa University (HBKU)