Quantum computing is a promising paradigm for problems that are challenging for classical machines, but realizing that promise requires far more qubits than a single processor can offer. Distributed quantum computing (DQC) scales out by connecting multiple quantum processing units (QPUs), at the cost of making entangle...
Yi-Pei Liu, Sen Zhang, Ze-Bo Yang et al.· 0 citations
It is demonstrated that traditional communication metrics are insufficient predictors of execution quality due to the strong interaction among path fidelity, hardware characteristics, and circuit structure, and a topology-aware fidelity proxy (TAFP) evaluation approach that approximates distributed execution fidelity i...
Yeong Lim Tan, Sen Zhang, Haneen Alfauri et al.· Proceedings of the 3rd ACM S...· 0 citations
Simulation results suggest that the lightweight strategy is sufficient for current DQC settings, offering a practical solution for managing remote-gate resource contention in distributed quantum circuits and improving overall system performance.
