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insight - Quantum Error Correction Codes
MITS: Quantum Sorcerer’s Stone for Surface Code Design
MITS is a tool designed to optimize surface code parameters by predicting ideal distance and rounds based on target logical error rates and known physical noise levels.
Improving Error Correction Capability of CSS Codes Using Symbol-Pair Decoding
The error correctability of CSS codes obtained from classical cyclic codes can be improved by lifting the syndrome decoder for codes over the symbol-pair metric.
Efficient Architectures, Scheduling, and Decoding for Quantum LDPC Codes
This paper proposes Flag-Proxy Networks, a generalized architecture for quantum error correcting codes that reduces connectivity demands while enabling fault-tolerant syndrome extraction. It also presents a greedy scheduling algorithm for syndrome extraction and two decoders that leverage flag measurements to accurately decode hyperbolic surface and color codes.