Sensor Placement for Tsunami Early Warning via Large-Scale Bayesian Optimal Experimental Design

2026-04-13T08:52:29Z1245471d2c0073030976236913de352ba5892f03b9d31f769c971054f9e90a43
CFTDAG-based consensusLLM energy benchmarkingML securityNOMADReference-Oriented StorageTensorHubXFEDbayesian optimal experimental designconsensus protocolsdistributed graph embeddingsedge MLenergy-aware inferencefederated learningheterogeneous GPUshigh-performance computingmobile LLMsmodel poisoningmulti-GPUnon-collusive attackquantizationreinforcement learningtsunami early warningweight transferwide-area networks

What happened

Collection of arXiv papers (2026-04-13) covering scalable scientific and ML systems research: large-scale Bayesian optimal experimental design for tsunami sensor placement (multi-GPU, Schur-complement greedy OED); Nemo-Nemo, a DAG-based crash-fault-tolerant (CFT) consensus protocol for WANs; Watt Counts, an energy-aware LLM inference benchmark across heterogeneous GPUs; TensorHub and Reference-Oriented Storage for efficient RL weight-transfer; MATCHA for heterogeneous multi-accelerator SoC DNN deployment; lessons from HPL/HPL-MxP on Aurora at exascale; EdgeFlow for fast mobile LLM cold starts;

Why it matters

A reviewed impact interpretation has not been published for this record.

Evidence and limitations

Source ID
arxiv_cs_dc
Record identifier
1245471d2c0073030976236913de352ba5892f03b9d31f769c971054f9e90a43
Enrichment time
2026-04-13T08:52:29Z
AI-assisted enrichment
Yes

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