Quantum Internet Protocol Stack Design and Use-case Identification

Host: University of Naples Federico II (UNINA), Italy PhD Topic  Objectives- (a) Decomposing Quantum Internet functionalities: Fundamental quantum communication functions will be identified, such as for example entanglement distribution, measurement sharing and classical transmission. (b) Organizing these functions into modular, software-defined components suitable for integration within a Quantum Internet suite and or network testbeds, ensuring intra-protocol…

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Co-design of Network-Aware Distributed Quantum Computing

Host: University of Naples Federico II (UNINA), Italy PhD Topic  Objectives – (a) Defining metrics to quantify quantum network parameters: Metrics will include entanglement rate, fidelity, latency, and coherence time, for software abstractions of network-aware distributed computation design (b) Designing a software-driven framework for dynamically adapting application requirements, entanglement usage and execution order based on network…

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