Learning Selective Merge Policies for Deadline-Constrained Coded Caching via Deep Reinforcement Learning
2026-05-18T08:51:42Z•2c059b701e5372af494f4063a902008a539072e144e34915a99085d71b395b3f
CSIGaussian mixtureKatona two-roundMPR channelsMarkov sourcesMonadPrismQuantRandom Linear Network CodingSolanaactuation error analysisarXivblockchain broadcastingcoded cachingdeep reinforcement learninggraph attentiongroup testingmulti-packet receptionpeer-Turbopeer-to-peer broadcastingproximal policy optimizationquantizationrate-distortionreal-time reconstructionstatistical searchtransform coding
What happened
This document is an arXiv math/IT feed (18 May 2026) summarizing multiple new submissions across coding, communications, information theory, and learning for communications. Highlights include: (1) "Learning Selective Merge Policies" — a DRL approach (graph-attention policy, PPO) for deadline-constrained coded caching that learns selective merging and reduces broadcast-packet expiration by ~40.9% versus the best baseline; (2) "PrismQuant" — a constructive rate--distortion theory and practical EM-driven implementation for Gaussian-mixture sources achieving near-optimal vector quantization with低
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_math_it
- Record identifier
- 2c059b701e5372af494f4063a902008a539072e144e34915a99085d71b395b3f
- Enrichment time
- 2026-05-18T08:51:42Z
- AI-assisted enrichment
- Yes
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