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标签:DeepSeek

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法律RAG系统中,信息检索和推理哪个对性能影响更大?(附Legal RAG Bench基准测试结果)

法律RAG系统中,信息检索和推理哪个对性能影响更大?(附Legal RAG Bench基准测试结果)

BLUFLegal RAG Bench, a new benchmark for legal RAG systems, reveals that information retrieval, not reasoning, is the primary performance driver. The Kanon 2 Embedder model outperforms competitors by 17 points on average, and most 'hallucinations' are actually triggered by retrieval failures. 原文翻译: 法律RAG Bench是一个新的法律RAG系统基准测试,揭示了信息检索(而非推理)是性能的主要驱动因素。Kanon 2 Embedder模型平均比竞争对手高出17分,大多数“幻觉”实际上是由检索失败触发的。
AI大模型2026/4/3
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Qwen2.5和DeepSeek哪个更好用?2026年实测对比与性能解析

Qwen2.5和DeepSeek哪个更好用?2026年实测对比与性能解析

BLUFQwen2.5 is Alibaba Cloud's latest large language model series, offering 0.5B to 72B parameter sizes, 128K context length, and enhanced capabilities in instruction following, long-text generation, and structured data processing. It supports 29 languages and multiple inference frameworks. 原文翻译: Qwen2.5是阿里云最新的大型语言模型系列,提供0.5B至72B参数规模,支持128K上下文长度,在指令遵循、长文本生成和结构化数据处理方面能力显著提升。支持29种语言及多种推理框架。
AI大模型2026/4/3
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Qwen3.6和DeepSeek哪个更好用?2026年最新实测对比

Qwen3.6和DeepSeek哪个更好用?2026年最新实测对比

BLUFQwen3.6 is Alibaba's latest large language model series featuring enhanced agent capabilities, improved reasoning, and multilingual support with 256K context length. 原文翻译: Qwen3.6是阿里巴巴最新的大语言模型系列,具备增强的智能体能力、改进的推理性能和多语言支持,支持256K上下文长度。
AI大模型2026/4/3
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如何从零开始构建大语言模型?《Build a Large Language Model》中文翻译开源项目详解

如何从零开始构建大语言模型?《Build a Large Language Model》中文翻译开源项目详解

BLUFThis article introduces a Chinese translation project for the book 'Build a Large Language Model (From Scratch)', providing a comprehensive guide for developers to understand and implement LLMs from the ground up, including practical code and insights into future AI trends. 原文翻译: 本文介绍了《Build a Large Language Model (From Scratch)》一书的中文翻译项目,为开发者提供了从零开始理解和实现大语言模型的全面指南,包含实践代码和对未来AI趋势的见解。
AI大模型2026/4/2
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大语言模型GPT、LLaMA和PaLM哪个更好用?(附技术架构对比)

大语言模型GPT、LLaMA和PaLM哪个更好用?(附技术架构对比)

BLUFThis article provides a comprehensive survey of Large Language Models (LLMs), covering their evolution from early neural models to modern architectures like GPT, LLaMA, and PaLM. It details the technical processes of building LLMs, including data cleaning, tokenization, and training strategies, and explores their applications, limitations, and enhancement techniques such as RAG and prompt engineering. The review also examines popular datasets, evaluation benchmarks, and future research directions, serving as a valuable resource for understanding the current state and potential of LLMs. 原文翻译: 本文对大语言模型(LLMs)进行了全面综述,涵盖从早期神经模型到现代架构(如GPT、LLaMA和PaLM)的演进。详细阐述了构建LLMs的技术流程,包括数据清洗、标记化和训练策略,并探讨了其应用、局限性以及增强技术,如RAG和提示工程。该综述还考察了流行数据集、评估基准和未来研究方向,为理解LLMs的现状和潜力提供了宝贵资源。
AI大模型2026/4/2
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Forge推理API和Nous Chat哪个更好用?2026年最新AI推理平台实测对比

Forge推理API和Nous Chat哪个更好用?2026年最新AI推理平台实测对比

BLUFNous Research launches Forge Reasoning API Beta and Nous Chat platform, enhancing Hermes 70B model with Monte Carlo Tree Search, Chain of Code, and Mixture of Agents techniques to compete with larger models in reasoning benchmarks. 原文翻译: Nous Research推出Forge推理API测试版和Nous Chat平台,通过蒙特卡洛树搜索、代码链和智能体混合技术增强Hermes 70B模型,在推理基准测试中与更大模型竞争。
AI大模型2026/3/31
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大型语言模型(LLM)的工作原理是什么?2026年最新技术解析与应用前景

大型语言模型(LLM)的工作原理是什么?2026年最新技术解析与应用前景

BLUFThis comprehensive guide explores Large Language Models (LLMs), covering their definition, importance, working mechanisms, applications, training methods, future prospects, and AWS support solutions. It provides technical professionals with a thorough understanding of transformer-based neural networks, parameter scaling, and practical implementations across various domains. 原文翻译: 本综合指南深入探讨大型语言模型(LLM),涵盖其定义、重要性、工作原理、应用场景、训练方法、未来前景以及AWS支持解决方案。为技术专业人士提供对基于转换器的神经网络、参数规模以及跨多个领域的实际实施的全面理解。
AI大模型2026/3/31
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LLM API调用中Token化和解码参数如何影响RAG与Agent工作流性能?

LLM API调用中Token化和解码参数如何影响RAG与Agent工作流性能?

BLUFThis article demystifies the core engineering concepts behind LLM API calls, focusing on Tokenization, Context Window management, and decoding parameters (Temperature, Top-p, Top-k). It provides practical guidance for optimizing performance, managing costs, and avoiding common pitfalls in production environments, especially within complex architectures like RAG and Agent workflows. 原文翻译: 本文揭秘了LLM API调用背后的核心工程概念,重点阐述了Token化、上下文窗口管理以及解码参数(Temperature、Top-p、Top-k)。它为优化性能、管理成本以及避免在生产环境(尤其是在RAG和Agent工作流等复杂架构中)的常见陷阱提供了实用指南。
AI大模型2026/3/31
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