Enhanced Feedback Mechanisms for Resource-Efficient Incremental Redundancy
2026-07-17T08:51:42Z•a0ffd3ed87431f4d7832056e8023df3e7962e3e277cdd80ed5e6b2a600c50599
5G-NRBCH-codesHARQLDPCbelief-propagationchannel-capacitycoding-theorydecision-theoryerror-correctionfeedback-protocolsfinite-blocklengthgraph-compressiongroup-testingidentification-codesinformation-theoryline-graph-transformlossy-compressionneural-decodingpolar-codesquantum-stabilizer-codesrandom-spherical-codesselectable-thresholdsuncertainty-quantificationuniform-noisevariable-to-variable-coding
What happened
A collection of recent information- and coding-theory papers addressing efficient communication, compression, and decision-making under uncertainty. Highlights include enhanced feedback and scheduling for incremental-redundancy HARQ (polar/5G NR LDPC) that can cut retransmission size by up to ~60%; an exact characterization of capacity and optimizers for additive uniform-noise channels; lecture notes linking uncertainty representation to decision objectives and robust inference methods; a selectable-threshold model for group testing with near-optimal test rates; quasi-belief-propagation and a軽
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_math_it
- Record identifier
- a0ffd3ed87431f4d7832056e8023df3e7962e3e277cdd80ed5e6b2a600c50599
- Enrichment time
- 2026-07-17T08:51:42Z
- AI-assisted enrichment
- Yes
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