Concurrent Splay-Based Tree
2026-06-30T08:52:26Z•48dba56b54f769a9ee0240780d0a4e71c86d0226f98f06fe2db777551a362baf
BackblazeDVFSGPU-energy-efficiencyHDD-reliabilityKernelFlumeLLM-optimizationLLM-servingTri-serveattention-scalingbinary-search-treecoarse-grain-lockingconcurrencyconcurrent-data-structuresdisaggregated-attentiondistribution-adaptiveedge-computingfog-computingiCoTASCimportance-aware-allocationlinked-listlock-freemultimodal-inference-serving','power-management'semantic-communicationsplay-treestorage-reliability
What happened
Collection of new arXiv submissions (2026-06-30) covering concurrent data structures, storage reliability, LLM serving and inference systems, edge/fog computing, GPU energy-efficiency, and parallel graph algorithms. Key papers: a concurrent splay-like rotation design for distribution-adaptive BSTs (exact and approximate counters); an empirical comparison of five concurrent linked-list designs from coarse-grain locking to lock-free; iCoTASC for importance-aware semantic resource allocation in multi-device systems; an analysis of manufacturer differences in HDD failure rates using Backblaze data
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_cs_dc
- Record identifier
- 48dba56b54f769a9ee0240780d0a4e71c86d0226f98f06fe2db777551a362baf
- Enrichment time
- 2026-06-30T08:52:26Z
- AI-assisted enrichment
- Yes
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