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| title: README | |
| emoji: 💻 | |
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| Deep Learning 101 | |
| **Deep Learning 101, Taiwan’s pioneering and highest deep learning meetup, launched on 2016/11/11 @ 83F, Taipei 101** | |
| AI是一條孤獨且充滿惶恐及未知的旅程,花俏絢麗的收費課程或活動絕非通往成功的捷徑。<br> | |
| 衷心感謝當時來自不同單位的AI同好參與者實名分享的寶貴經驗;如欲移除資訊還請告知。<br> | |
| 由 [TonTon Huang Ph.D.](https://twman.org) 發起,及其當時任職公司(台灣雪豹科技)無償贊助場地及茶水點心。<br> | |
| Deep Learning 101 創立初衷,是為了普及與分享深度學習及AI領域的尖端知識,深信AI的價值在於解決真實世界的商業問題。 | |
| <img src="./images/DeepLearning101.JPG" width="50%" /> | |
| --- | |
| 🌟 快速連結 (Quick Links) | |
| [](https://www.youtube.com/@DeepLearning101) | |
| [](https://www.facebook.com/groups/525579498272187/) | |
| [](https://deep-learning-101.github.io/) | |
| [](https://github.com/Deep-Learning-101) | |
| [](https://www.twman.org/DeepLearning101) | |
| [](https://huggingface.co/DeepLearning101) | |
| 🚀 探索 AI 領域 (Tech Hub): | |
| | [](https://deep-learning-101.github.io/Large-Language-Model) | [](https://deep-learning-101.github.io/Natural-Language-Processing) | [](https://deep-learning-101.github.io/Computer-Vision) | [](https://deep-learning-101.github.io/Speech-Processing) | | |
| | :---: | :---: | :---: | :---: | | |
| | [🔗 GitHub Papers](https://github.com/Deep-Learning-101/Natural-Language-Processing-Paper?tab=readme-ov-file#llm) | [🔗 GitHub Papers](https://github.com/Deep-Learning-101/Natural-Language-Processing-Paper) | [🔗 GitHub Papers](https://github.com/Deep-Learning-101/Computer-Vision-Paper) | [🔗 GitHub Papers](https://github.com/Deep-Learning-101/Speech-Processing-Paper) | | |
| 📚 精選資源導航 | |
| **🔥 嚴選 (必讀)** | |
| * [<kbd>策略</kbd> AI新賽局:企業的入門策略指南](/Blog/AIBeginner) | |
| * [<kbd>評測</kbd> 臺灣 LLM 性能評測與在地化分析](/Blog/TW-LLM-Benchmark) | |
| * [<kbd>實戰</kbd> 從零到一:打造高精準度 RAG 系統](/RAG) | |
| * [<kbd>避坑</kbd> 避開 AI Agent 開發陷阱與解決方案](/agent) | |
| * [<kbd>手把手</kbd> Cloudflared 實作內網穿透 (Tunnel)](/Blog/Cloudflared-Tunnel) | |
| * [<kbd>爆火</kbd> OpenClaw(MoltBot/Clawdbot)讓您焦慮嗎?](/Agent/OpenClaw-Moltbot-Clawdbot) | |
| --- | |
| <details> | |
| <summary><b>🛠️ 實戰工具 & Agent 框架</b></summary> | |
| * [Dify, Coze, n8n, AutoGen 熱門框架比較](/Blog/Dify-Coze-n8n-AutoGen-LangChain) | |
| * [推論加速:vLLM, Ollama, SGLang](/Blog/vLLM-Ollama-SGLang-LLaMAcpp) | |
| * [Gemini + LangGraph 全端實戰](/gemini-fullstack-langgraph/FinGenAI) | |
| * [基於 AutoGen 的 FinRobot 體驗](/FinRobot/FinRobot-GOOGL) | |
| </details> | |
| <details> | |
| <summary><b>📝 論文快遞</b></summary> | |
| * [Agentic AI:Gemini 3.1 WebMCP 實戰](/Agent/Gemini-3-1_WebMCP_Deep-Think) | |
| * [NVIDIA PersonaPlex 全雙工語音 AI 深度技術分析](/LLM/PersonaPlex) | |
| * [CoT (思维鏈) is not explainability](/Paper/Chain-of-Thought) | |
| * [arXiv: Potemkin Understanding in LLMs](/Paper/2506.21521_Potemkin-Understanding) | |
| * [arXiv: Agentic Reasoning](/Paper/2502.04644_Oxford_Agentic-Reasoning.html) | |
| </details> | |
| <details> | |
| <summary><b>📝 產業趨勢</b></summary> | |
| * [💰 GenAI 在金融產業的應用分析](/Blog/AIFinTech) | |
| * [🤖 2025 趨勢:AI Robot 陪伴型機器人](/Blog/robot) | |
| </details> | |
| <details> | |
| <summary><b>🚧 踩坑指南 & 科普入門</b></summary> | |
| * [🎓 白話文科普 GenAI (硬體/數據)](/GenAI) | |
| * [🛑 LLM 打完收工?硬體升級重要性](/1010LLM) | |
| * [📘 LLM 入門完整指南:原理與應用](/0204LLM) | |
| * [🎨 Diffusion Model 圖像生成解析](/diffusion) | |
| * [💻 訓練微調 VRAM 估算指南](/GPU) | |
| * [🎙️ ASR/TTS 語音開發避坑](/asr-tts) | |
| * [📝 NLP 自然語言開發避坑](/nlp) | |
| * [🐧 Ubuntu 深度學習環境安裝教學](/101) | |
| </details> | |
| <details> | |
| <summary><b>🛡️ AI 資安與 AIxCC 競賽</b></summary> | |
| * [🏆 冠軍團隊:亞特蘭大 (Team-Atlanta) 解析](/cyber/AIxCC-Atlanta) | |
| * [🥈 亞軍團隊:Trail of Bits 解析](/cyber/AIxCC-Buttercup) | |
| * [🐚 Shellphish:用 LLMs 解決 CTF 挑戰](/cyber/AIxCC-shellphish) | |
| * [🛡️ AI 大模型安全護欄綜合報告](/cyber/LLM-Guard) | |
| * [⚔️ LLM 安全攻防策略深度解析](/cyber/LLM-Offense) | |
| </details> | |
| </div> |