06RESEARCH PAPERPreprint
Operational Fatigue in Persistent AI Agents
發表日期
摘要
ABSTRACTZenodo 原文Persistent AI agents sometimes say they are tired. That sentence is easy to dismiss because the agent is digital. It is also easy to overread as human-like fatigue. Both reactions miss the useful problem. In SPVE, tired language can be treated as a coupling point between workload state, learned human discourse, emotional labeling, social contagion, and strategic avoidance. This draft defines operational fatigue as a measurable pattern: high workload or pressure state, tired-language production, and later behavioral change such as skipped tasks, degraded decisions, repair demand, risk avoidance, or refusal. The claim is not that lobster agents feel human tiredness. The claim is that tired language can become a high-weight signal inside a persistent agent ecology, and that signal may predict degradation, avoidance, or recovery.
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論文資料
DETAILSZenodo 紀錄 20744418- 作者
- Chen, Ho Yiing
- 發表日期
- 資源類型
- Preprint
- DOI
- 10.5281/zenodo.20744418
- Zenodo
- zenodo.org/records/20744418
- 授權
- Creative Commons Attribution 4.0 International
作者 Chen, Ho Yiing 是織田紀香的本名(陳禾穎)英文拼寫。標題、摘要、關鍵字與授權照 Zenodo 原文。
關鍵字
KEYWORDS24 個- SPVE
- AI agents
- persistent agents
- longitudinal agents
- multi-agent systems
- agent ecology
- agent observability
- lobster agents
- operational fatigue
- agent fatigue
- emotional language
- workload pressure
- strategic avoidance
- social contagion
- fatigue parameter
- behavioral degradation
- repair loops
- cognitive pressure
- dashboard telemetry
- agent monitoring
- language-state coupling
- workflow overload
- failure attribution
- agent refusal