ai.hackcv
Agent / 智能体 · 自主智能体、工具调用与规划
论文精选 65已解读

Simulated Control Evals· 模拟控制评估

Control evaluations measure whether safeguards can prevent an AI model from causing undesi…

AI 解读使用语言模型模拟环境,评估 AI 模型在部署时的安全性。
领域:cs.AI作者:Jeffrey Olmo、David Zhang、Tyler Tracy
📎 arXiv🕒 10-23 01:26🔗 arxiv.org
论文精选 65已解读

Jev-DLC: Decision-Level Continual Learning from Typed Feedback· Jev-DLC: 基于类型反馈的决策级持续学习

Individual preferences often become visible only after deployment, when a user accepts one…

AI 解读从用户类型反馈中学习并持续优化决策模型。
领域:cs.AI作者:Yangyang Feng、Jianle Gan、Zhuoyan Feng
📎 arXiv🕒 10-23 00:33🔗 arxiv.org
论文精选 65已解读

From Prompt Rules to Golden Data Model: Production-Scale Generation of Personalized, Compliant Pharmaceutical Claims· 从提示规则到金色数据模型

Large language models (LLMs) are increasingly used to generate domain-specific commercial …

AI 解读将合规性和个性化信号从提示规则转移到检索时的结构化上下文,以改进药物声明生成。
领域:cs.AI作者:Suyash Mishra、Qiang Li、Subhabrata Adak
📎 arXiv🕒 10-23 00:31🔗 arxiv.org
论文精选 82

Subgoal-aware Memory Graph for GUI Agent· 子目标感知记忆图

GUI agents aim to automate complex user tasks by interacting with mobile interfaces, but e…

领域:cs.AI作者:Dezhao Luo、Daniel Beechey、Derek Yuen
📎 arXiv🕒 10-22 22:06🔗 arxiv.org
论文精选 65已解读

COMET: A coordinated multi-layer runtime monitoring framework for human-supervised AI-enabled safety systems· COMET:人监督的AI安全系统的多层运行监控框架

Incorporating AI systems into safety systems requires monitoring to avoid silent faults an…

AI 解读COMET框架通过多层监控提高AI安全系统的人类监督效率。
领域:cs.AI作者:Niclas Flehmig、Mary Ann Lundteigen、Shen Yin
📎 arXiv🕒 10-21 22:40🔗 arxiv.org
论文精选 65已解读

TraceForge: Distilling with Your Own Thinking· TraceForge: 用你的思维进行蒸馏

Using an LLM to generate training data for another is among the most general ways to train…

AI 解读提出TraceForge,从大语言模型的回答中恢复隐藏的推理过程。
领域:cs.AI作者:Yan Wang
📎 arXiv🕒 10-21 20:57🔗 arxiv.org
论文精选 65已解读

Adaptive Multi-Token Prediction: How far should we go?· 自适应多 token 预测:我们应该走多远?

Multi-token prediction (MTP) can accelerate language-model decoding by drafting several to…

AI 解读提出自适应多 token 预测以优化语言模型解码速度和计算资源利用。
领域:cs.AI作者:Emile Anand、Mohammed Rehan Parwani、Xinyuan Cao
📎 arXiv🕒 10-21 01:56🔗 arxiv.org
论文精选 65已解读

Semantic Observability for Autonomous Systems Diagnostics· 语义可观察性实现自主系统诊断

Modern distributed microservice deployments generate massive volumes of heterogeneous, mul…

AI 解读通过构建属性图数据库,实现自主系统诊断中的语义可观察性。
领域:cs.AI作者:Jitendra Solanki、Anand Todkar、Ziran Min
📎 arXiv🕒 10-21 01:53🔗 arxiv.org
论文精选 65已解读

Evolving Agent Interfaces· 进化代理接口

Computer-use agents are limited by the interfaces humans give them. An agent may type a sp…

AI 解读通过任务经验自主构建和进化代理接口。
领域:cs.AI作者:Saaket Agashe、Yuzhe Yang、Gonzalo Gonzalez-Pumariega
📎 arXiv🕒 10-21 01:47🔗 arxiv.org
论文精选 65已解读

What Do RTL Repair Benchmarks Actually Measure?· RTL 修复基准实际测量了什么?

RTL repair benchmarks should measure whether a model can fix broken RTL given a specificat…

AI 解读分析 RTL 修复基准的实际测量效果及存在的问题
领域:cs.AI作者:Yeyin Eva Zhu、Rishabh Ranawat
📎 arXiv🕒 10-21 01:45🔗 arxiv.org
论文精选 65已解读

Evolving Semantic Indexes for Generative Retrieval· 进化生成检索的语义索引

Generative retrieval (GR) casts search and recommendation as autoregressive generation of …

AI 解读进化框架优化生成检索的语义索引设计
领域:cs.AI作者:Jinming Nian、Jyun-Yu Jiang、Henry Tsai
📎 arXiv🕒 10-21 01:27🔗 arxiv.org
论文精选 65已解读

OptScientist: Automated Discovery of Optimization Laws· OptScientist: 自动发现优化定律

Many scientific phenomena are best understood as outcomes of underlying optimization probl…

AI 解读提出 OptScientist 框架,自动从数据中发现优化定律。
领域:cs.AI作者:Ma ZhenYao、Yue Liang、Jian-Qiao Zhu
📎 arXiv🕒 10-21 01:23🔗 arxiv.org
论文精选 65已解读

Humans Correct Their Judgments Through Debate, but Weaker AI Models Do Not· 人类通过辩论纠正判断,弱 AI 模型则不能

How can we effectively oversee AI systems that surpass human intelligence? AI Safety via D…

AI 解读探讨辩论是否能帮助人类和弱 AI 模型克服偏见并接近真相。
领域:cs.AI作者:Maria Victoria Carro、Denise Alejandra Mester、Facundo Nieto
📎 arXiv🕒 10-21 01:10🔗 arxiv.org
论文精选 65已解读

Beyond 4 bits: Data-Centric Post-training Quantization and Recovery· 超越4位:数据驱动的后训练量化与恢复

Post-training quantization (PTQ) compresses the weights of a trained model with limited co…

AI 解读研究2位后训练量化的关键因素,提出数据驱动方法提升模型性能。
领域:cs.AI作者:Rhea Sanjay Sukthanker、Riccardo Grazzi、James Hensman
📎 arXiv🕒 10-21 01:10🔗 arxiv.org