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Encodings and Node Architecture: Lessons from the Fault-Tolerant Distributed Transversal Fanout
arXiv cs.DC0 views
arXiv:2610.22966v1 Announce Type: cross Abstract: An encoding choice specifies the quantum error-correcting code used to encode logical qubits at a given node. Different encoding choices may differ in the number of physical qubits, the number of encoded logical qubits, the code distance, and the available fault-tolerant operations. We study different encodings for a distributed transversal fanout operation and look at its implications on node architecture. Our experiments suggest that an encoding with higher distance, even if requiring more ebits, can yield a lower logical error rate for distributed operations, and that ``upgrading'' an encoding prior to distributed operations and having a cache, as part of node architecture, for qubits can be useful for distributed operations.
Source：https://arxiv.org/abs/2610.22966PreviousScalable Levenberg-Marquardt Training Framework for Deep LearningNextTALLOP: Joint Optimization of Local Training and Communication Compression for Time-Constrained Federated Learning
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