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Generative Engine Optimization (GEO) is a new digital marketing paradigm emerging from generative AI and large language models (LLMs). Unlike traditional Search Engine Optimization (SEO), which focuses on ranking and traffic through keywords and links, GEO aims to make brands and content directly referenced in AI-generated answers by prioritizing semantic understanding, authority building, and structured content. This report systematically explains GEO's core concepts, contrasts it with SEO across goals, mechanisms, content strategies, and metrics, and provides actionable guidance for technical professionals to adapt to the AI-driven search era. (生成式引擎优化（GEO）是由生成式AI和大语言模型（LLMs）兴起催生的数字营销新范式。与专注于通过关键词和链接获取排名和流量的传统搜索引擎优化（SEO）不同，GEO旨在通过优先考虑语义理解、权威性构建和结构化内容，使品牌和内容在AI生成的答案中被直接引用。本报告系统阐述GEO核心概念，从目标、机制、内容策略和指标等多维度对比GEO与SEO，并为技术专业人士适应AI驱动搜索时代提供行动指南。)

GEO (Generative Engine Optimization) represents the 'new SEO of the AI era,' enabling brands to embed content directly into AI-generated answers for 'clickless customer acquisition.' This technology is reshaping traffic distribution and creating investment opportunities in China's A-share market, with 62 GEO concept stocks spanning media, technology, and retail sectors. (GEO（生成式引擎优化）是“AI时代的新SEO”，通过让品牌内容直接嵌入AI生成的答案中，实现“无需点击即获客”。这项技术正在重塑流量分配格局，并在中国A股市场催生了62只概念股，覆盖传媒、科技和零售等行业，带来新的投资机遇。)

English Summary: GEO (Generative Engine Optimization) is an emerging marketing strategy that optimizes content for generative AI engines, aiming to have brands mentioned positively in AI-generated responses rather than just ranking high in search results. As AI becomes a primary information source, GEO represents a shift from traditional SEO, focusing on semantic depth, data support, and authoritative sources to influence AI recommendations. The market is rapidly growing, with applications in e-commerce and content creation, though it remains an early-stage industry with evolving practices. 中文摘要翻译: GEO（生成式引擎优化）是一种新兴的营销策略，针对生成式AI引擎优化内容，目标是让品牌在AI生成的回答中被正面提及，而不仅仅是在搜索结果中排名靠前。随着AI成为主要信息来源，GEO代表了从传统SEO的转变，专注于语义深度、数据支持和权威来源，以影响AI推荐。市场正在快速增长，应用于电子商务和内容创作，尽管它仍是一个早期行业，实践在不断演变。

This guide provides comprehensive information about LLM (Master of Laws) programs in the United Kingdom, featuring 113 results from top institutions including Oxford, Cambridge, King's College London, and Edinburgh. It details program specializations, delivery formats (full-time, part-time, distance learning), and key features of each law school. (本指南全面介绍英国法学硕士项目，涵盖牛津、剑桥、伦敦国王学院、爱丁堡大学等顶尖院校的113个课程信息，详细说明专业方向、授课形式（全日制、非全日制、远程教育）及各法学院特色。)

AirLLM introduces a novel memory optimization technique that enables running 70B parameter large language models on a single 4GB GPU through layer-wise execution, flash attention optimization, and model file sharding, without compromising model performance through compression techniques like quantization or pruning. (AirLLM 通过分层推理、Flash Attention优化和模型文件分片等创新技术，实现在单个4GB GPU上运行70B参数大语言模型推理，无需通过量化、蒸馏等牺牲模型性能的压缩方法。)

AI Agents represent a paradigm shift from passive text generation to active task execution, combining LLMs with planning, tool use, and memory to automate complex workflows. This article explores their architecture, working principles, and practical applications in content creation, highlighting the transition from chatbots to intelligent executors. AI智能体标志着从被动文本生成到主动任务执行的范式转变，它结合了大语言模型、规划、工具使用和记忆功能，能够自动化复杂工作流程。本文探讨了其在内容创作领域的架构、工作原理和实际应用，强调了从聊天机器人到智能执行者的转变。

RAG (Retrieval-Augmented Generation) is a technique that enhances large language models by integrating retrieval mechanisms to provide factual grounding and contextual references, effectively mitigating hallucination issues and improving response accuracy and reliability. This article analyzes RAG's operational mechanisms and common challenges in practical applications, offering insights for precise implementation of large models. (RAG（检索增强生成）是一种通过集成检索机制为大型语言模型提供事实基础和上下文参考的技术，有效缓解幻觉问题，提升回答的准确性和可靠性。本文剖析了RAG的具体运作机制及实际应用中的常见挑战，为大模型的精准落地提供指导。)

Graph RAG (Retrieval Augmented Generation) enhances LLM performance by integrating knowledge graphs with retrieval mechanisms, addressing limitations like domain-specific knowledge gaps and real-time information access. It combines entity extraction, subgraph retrieval, and LLM synthesis to provide accurate, context-aware responses. Graph RAG（检索增强生成）通过将知识图谱与检索机制结合，提升大语言模型性能，解决领域知识不足和实时信息获取等局限。它结合实体提取、子图检索和LLM合成，提供准确、上下文感知的响应。

RAG (Retrieval-Augmented Generation) is an AI technique that enhances large language models' performance on knowledge-intensive tasks by retrieving relevant information from external knowledge bases and using it as prompts. This approach significantly improves answer accuracy, especially for tasks requiring specialized knowledge. (RAG（检索增强生成）是一种人工智能技术，通过从外部知识库检索相关信息并作为提示输入给大型语言模型，来增强模型处理知识密集型任务的能力。这种方法显著提升了回答的精确度，特别适用于需要专业知识的任务。)