大模型
arxiv.org ·
@Anas Ezzakri, Nicola Piovesan, Mohamed Sana, Antonio De Domenico, Fadhel Ayed, Haozhe Zhang
TeleTables:电信表格理解的大语言模型基准
该论文介绍TeleTables基准,包含来自13个3GPP规范的2220个表格和500个人工验证的多选题,用于评估LLM在电信表格理解上的能力。研究发现,在闭卷设置下,通用模型准确率不超过41%;提供表格作为上下文时,最佳模型可超过90%,但性能随推理深度和结构复杂性下降。
AI推荐理由 该论文提出了TeleTables基准,包含2220个表格和500个多选题,评估20个开源LLM在电信表格理解上的表现,揭示了领域知识和推理深度的瓶颈。信息具体,来源为arXiv预印本,但尚未经同行评审,且为特定领域基准,对通用AI应用价值中等。
78
正文
计算机科学 > 计算与语言
arXiv:2601.04202 (cs)
[提交于2025年12月5日(v1),最后修订于2026年9月4日(本版本,v2)]
标题:TeleTables:电信表格解释中大型语言模型的基准
作者:Anas Ezzakri, Nicola Piovesan, Mohamed Sana, Antonio De Domenico, Fadhel Ayed, Haozhe Zhang
查看论文PDF,标题为“TeleTables:电信表格解释中大型语言模型的基准”,作者:Anas Ezzakri及其他5位作者
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摘要:大型语言模型(LLM)越来越多地应用于电信工程任务,但在3GPP规范上表现不佳。这些标准将大量技术信息编码在复杂表格中,但LLM对此类表格的知识和解释在很大程度上仍未得到探索。我们引入了TeleTables,一个基准,包含来自13个3GPP规范的2,220个表格,涵盖四种格式,以及500个人工验证的单项选择题,范围从直接检索到多步推理。评估了20个开放权重LLM,涵盖非推理、多模态、推理和表格专用架构,揭示了两个不同的性能瓶颈。在闭卷设置中,领域知识是主要限制,没有通用模型超过41%的准确率。当表格作为上下文提供时,最佳模型超过90%,但性能随推理深度、证据范围和结构复杂性而系统性下降,推理技能之间的差距为32.2个百分点。在非电信数据上的表格专业化没有提供一致的好处,而强大的推理能力对于可靠解释复杂技术表格仍然至关重要。
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计算与语言(cs.CL);人工智能(cs.AI);机器学习(cs.LG)
引用为:
arXiv:2601.04202 [cs.CL]
(或
arXiv:2601.04202v2 [cs.CL] 用于此版本)
https://doi.org/10.48550/arXiv.2601.04202
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来自:Nicola Piovesan博士 [查看电子邮件]
[v1]
2025年12月5日,星期五 15:47:00 UTC(326 KB)
[v2]
2026年9月4日,星期五 15:40:04 UTC(907 KB)
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Computer Science > Computation and Language
arXiv:2601.04202 (cs)
[Submitted on 5 Dec 2025 (v1), last revised 4 Sep 2026 (this version, v2)]
Title:TeleTables: A Benchmark for Large Language Models in Telecom Table Interpretation
Authors:Anas Ezzakri, Nicola Piovesan, Mohamed Sana, Antonio De Domenico, Fadhel Ayed, Haozhe Zhang
View a PDF of the paper titled TeleTables: A Benchmark for Large Language Models in Telecom Table Interpretation, by Anas Ezzakri and 5 other authors
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Abstract:Large Language Models (LLMs) are increasingly applied to telecom engineering tasks, yet perform poorly on 3GPP specifications. These standards encode much of their technical information in complex tables, but LLM knowledge and interpretation of such tables remain largely unexplored. We introduce TeleTables, a benchmark comprising 2,220 tables from 13 3GPP specifications in four formats and 500 human-verified MCQs spanning direct retrieval to multi-step reasoning. Evaluating 20 open-weight LLMs across non reasoning, multimodal, reasoning, and table specialized architectures reveals two distinct performance bottlenecks. In the closed-book setting, domain knowledge is the primary constraint, with no general-purpose model exceeding 41% accuracy. When the table is provided as context, the best models exceed 90%, but performance degrades systematically with reasoning depth, evidence scope, and structural complexity, with a 32.2pp spread across reasoning skills. Table specialization on non-telecom data provides no consistent benefit, while strong reasoning capabilities remain essential for reliable interpretation of complex technical tables.
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https://doi.org/10.48550/arXiv.2601.04202
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From: Nicola Piovesan PhD [view email]
[v1]
Fri, 5 Dec 2025 15:47:00 UTC (326 KB)
[v2]
Fri, 4 Sep 2026 15:40:04 UTC (907 KB)
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来源报道 · 4 篇 · 以下链接均前往原始媒体
Anas Ezzakri, Nicola Piovesan, Mohamed Sana, Antonio De Domenico, Fadhel Ayed, Haozhe Zhang
TeleTables:电信表格理解的大语言模型基准
09-07 · 原文发布
Anas Ezzakri, Nicola Piovesan, Mohamed Sana, Antonio De Domenico, Fadhel Ayed, Haozhe Zhang
TeleTables:电信表格理解的大语言模型基准
09-07 · 原文发布
Anas Ezzakri, Nicola Piovesan, Mohamed Sana, Antonio De Domenico, Fadhel Ayed, Haozhe Zhang
TeleTables:电信表格理解的大语言模型基准
09-07 · 原文发布