conflict-detection

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#conflict-detection

Accurate and Efficient Long-Term Memory for LLM Agents

arXiv cs.AI · yesterday Cached

MOSAIC is a structured, conflict-aware long-term memory framework for LLM agents that uses entity-typed graph storage, hash-accelerated retrieval, and active conflict detection to achieve high accuracy and efficiency on long-conversation QA and factual conflict detection tasks.

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#conflict-detection

Solution space path planning for supporting en-route air traffic control

arXiv cs.AI · 2026-07-02 Cached

This paper presents a conflict-free path-planning algorithm for en-route air traffic control, designed to be interpretable and computationally efficient for human operators. The algorithm integrates three conflict detection methods and achieves fast computation times, demonstrated on a real-world sector.

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#conflict-detection

I found a way for Ollama uses to get better Memory yet cheaper alternatives since OLLAMA now uses GPU usage. True memory that auto updates constantly as an individual or a team setting. HERMES USERS

Reddit r/artificial · 2026-05-26

Atomic Memory is a tool that upgrades Ollama's memory system with per-turn updates, semantic recall, conflict detection, and cheap GPU usage, addressing limitations of Hermes' built-in memory. It uses a small dedicated model to provide efficient and unbounded memory management for individual or team use.

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#conflict-detection

I'm building a belief database for AI agents. Here's a prototype — do you have real datasets to test with?

Reddit r/AI_Agents · 2026-05-22

Verus is an open-source belief database for AI agents that tracks conflicting claims from multiple sources with confidence scores and conflict detection; the author seeks real-world datasets and feedback.

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#conflict-detection

ConflictRAG: Detecting and Resolving Knowledge Conflicts in Retrieval Augmented Generation

arXiv cs.CL · 2026-05-19 Cached

ConflictRAG is a conflict-aware RAG framework that detects, classifies, and resolves knowledge conflicts in retrieved documents, achieving 88.7% detection F1 and 5.3–6.1% correctness gains over baselines while reducing API costs by 62%.

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