AMV-L: Lifecycle-Managed Agent Memory for Tail-Latency Control in Long-Running LLM Systems
2026-03-06T08:52:25Z•e3c22bacac6045a4d4acad6e2aaff985dcabbe7ae7318e4d3f8dd90fc119640c
AMV-LDuaLip-GPUGPU-acceleratorHPXLLMLeibniz-BridgeOAEPromptTunerPython-GILRDMASLOagent-memoryasynchronycompletion-fallacyconcurrencydisaggregated-inferencedistributed-graphenergy-consumptionmemory-managementno-GILprefill-decodeprompt-tuningsemantic-arrow-of-timesparse-optimizationtail-latency
What happened
This collection of arXiv papers (Mar 6 2026) covers systems and ML-serving research with several operational and security-relevant findings. Key contributions: AMV-L proposes value-driven lifecycle-managed agent memory for long-running LLM agents, bounding retrieval candidate sets to avoid heavy-tailed latency and dramatically improving throughput and tail latency versus TTL and LRU retention schemes. Papers on Prefill-Decode disaggregation and PromptTuner present SLO-aware models for allocating prefill/decode resources and elastic prompt-tuning services, tying resource counts to latency SLOs,
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_cs_dc
- Record identifier
- e3c22bacac6045a4d4acad6e2aaff985dcabbe7ae7318e4d3f8dd90fc119640c
- Enrichment time
- 2026-03-06T08:52:25Z
- AI-assisted enrichment
- Yes
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