Tunneling-Augmented Simulated Annealing for Short-Block LDPC Code Construction
2026-04-10T08:51:46Z•b95ff554c9443d0d5bcad5000c49e0b31758c5305e323b1df1cfd876f244137c
Bussgang-theoremHamming-bidistanceLDPCLLM-theoryLean-formalizationNewton-SchulzarXivbent-functionsbinary-asymmetric-channelbosonic-channelchannel-capacitycoding-theorycoloring-channelsfoundation-modelsgraph-neural-networksinformation-theoryjoint-communication-and-controlorthogonal-group-synchronizationpower-amplifierquantum-communicationself-dual-codesshort-block-codessimulated-annealingwireless-resource-allocation
What happened
Collection of new arXiv submissions (2026-04-10) in information theory, coding, and communications engineering. Highlights include: a tunneling-augmented simulated annealing method for short-block LDPC/parity-check design with demonstrated SNR gains; a new asymmetric Hamming bidistance for binary asymmetric channels and related error bounds; a unified analytical framework for joint communication-and-control trade-offs; a quantum integrated communication-and-computation scheme for bosonic MACs; capacity results for sequences of coloring channels; algebraic results on quadratic binomial vectoria
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_math_it
- Record identifier
- b95ff554c9443d0d5bcad5000c49e0b31758c5305e323b1df1cfd876f244137c
- Enrichment time
- 2026-04-10T08:51:46Z
- AI-assisted enrichment
- Yes
This record may overlap with other records. Its enrichment can be incomplete or wrong, and machine assistance was used. Validate consequential decisions against the linked source and your own environment.