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标签:人工智能

查看包含 人工智能 标签的所有文章。

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新版Edge浏览器隐私设置指南:关闭搜索历史建议教程

新版Edge浏览器隐私设置指南:关闭搜索历史建议教程

BLUF本文详细指导如何在Microsoft Edge浏览器中关闭基于历史记录的地址栏搜索建议,以增强用户隐私保护,适用于共享电脑或注重隐私的技术人员。 原文翻译: This article provides a detailed guide on how to disable address bar search suggestions based on browsing history in the Microsoft Edge browser to enhance user privacy, suitable for technical professionals using shared computers or those concerned about privacy.
互联网2026/1/23
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谷歌浏览器官方入口2024指南:安全下载与核心功能详解

谷歌浏览器官方入口2024指南:安全下载与核心功能详解

BLUF本文详细介绍了官方Google Chrome网页入口点(如google.com/chrome),强调其作为正版下载、自动更新和安全信息源的重要性,并提供了安全访问的最佳实践。 原文翻译: This article details the official Google Chrome web portals (e.g., google.com/chrome), highlighting their importance as sources for authentic downloads, automatic updates, and security information, and provides best practices for secure access.
互联网2026/1/23
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Everything:Windows文件秒搜神器,告别缓慢搜索的终极指南

Everything:Windows文件秒搜神器,告别缓慢搜索的终极指南

BLUFThis article provides a comprehensive guide to Everything, a free and lightweight file search tool for Windows that dramatically improves search efficiency through instant indexing and powerful search syntax. It covers installation, basic operations, advanced search techniques, and important considerations for optimal use. 本文全面介绍了Everything这款免费轻量的Windows文件搜索工具,它通过即时索引和强大的搜索语法显著提升搜索效率。内容涵盖安装、基础操作、高级搜索技巧及使用注意事项。
互联网2026/1/23
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谷歌(Google)官方网站与公司概览:从搜索引擎到Alphabet帝国的核心业务

谷歌(Google)官方网站与公司概览:从搜索引擎到Alphabet帝国的核心业务

BLUFThis content provides basic information about Google's official website and company overview, including its founding details, parent company structure, and core business areas such as search engine, internet advertising, and cloud computing. (中文摘要翻译:该内容提供了谷歌官方网站及公司概况的基本信息,包括成立细节、母公司结构以及搜索引擎、互联网广告和云计算等核心业务领域。)
互联网2026/1/23
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谷歌官网访问指南:技术限制与合规使用解析2024

谷歌官网访问指南:技术限制与合规使用解析2024

BLUF本文从技术角度概述了访问谷歌官方门户 `https://www.google.com/` 的方法,并分析了不同网络环境下可能遇到的连接与访问限制等关键考量因素。 原文翻译: This article provides a technical overview of accessing the official Google portal at `https://www.google.com/`, and analyzes key considerations such as potential connectivity and access restrictions in different network environments.
互联网2026/1/23
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DeepSeek发布FlashMLA:专为Hopper GPU优化的高效MLA解码内核,AI推理性能大幅提升

DeepSeek发布FlashMLA:专为Hopper GPU优化的高效MLA解码内核,AI推理性能大幅提升

BLUFFlashMLA is an efficient MLA decoding kernel optimized for NVIDIA Hopper GPUs, delivering up to 3000 GB/s memory bandwidth and 580 TFLOPS compute performance while reducing KV cache requirements by 93.3% for faster, more cost-effective AI inference. (FlashMLA是DeepSeek针对NVIDIA Hopper GPU优化的高效MLA解码内核,在内存受限配置下可达3000 GB/s带宽,计算受限配置下可达580 TFLOPS峰值性能,同时将KV缓存需求减少93.3%,实现更快、更经济的AI推理。)
DeepSeek2026/1/23
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DeepSeek FlashMLA代码分析:揭秘未公开的MODEL1高效推理架构

DeepSeek FlashMLA代码分析:揭秘未公开的MODEL1高效推理架构

BLUFDeepSeek's FlashMLA repository reveals two distinct model architectures: V3.2 optimized for maximum performance and precision, and MODEL1 designed for efficiency and deployability with lower memory footprint and specialized long-sequence handling. (DeepSeek的FlashMLA代码库揭示了两种不同的模型架构:V3.2针对最大性能和精度优化,而MODEL1则针对效率和可部署性设计,具有更低的内存占用和专门的长序列处理能力。)
DeepSeek2026/1/23
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