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franky
franky

489 Followers

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強化學習的王者之旅

強化學習在 Atari 遊戲, 圍棋, 西洋棋, 日本將棋上攻城掠地都取得了超越人類水平的成績, 其中許多技術都具有里程碑的重要性, 並且能夠應用到其他領域, 本次演講將整理回顧從解決 Atari 一個簡單遊戲到解決 Atari 所有 57 個遊戲的關鍵, 以及 AlphaGo, AlphaGo Zero, Alpha Zero, MuZero 的發展歷程。 講稿修正補充 2022 年終發佈的英文版 (A Journey to Reinforcement Learning)

Reinforcement Learning

1 min read

強化學習的王者之旅
強化學習的王者之旅
Reinforcement Learning

1 min read


Pinned

Acoustic-Visual Multimodal Scene Recognition

a case study of audio/image aerial scene classification — Multimodal Scene Recognition with image/audio/video as inputs presents challenges in integrating data, designing models, and identifying co-training strategies, in contrast to developing solutions for Single-Modality (e.g., image-only or audio-only) Scene Recognition. This post consists of two parts. The first part provides five multimodal scene recognition datasets for reference. These datasets…

Scene Recognition

5 min read

Acoustic-Visual Multimodal Scene Recognition
Acoustic-Visual Multimodal Scene Recognition
Scene Recognition

5 min read


Published in Towards Data Science

·Pinned

Basic Molecular Representation for Machine Learning

From SMILES to Word Embedding and Graph Embedding — Machine learning has been applied to many problems in cheminformatics and life science, for example, investigating molecular property and developing new drugs. One critical issue in the problem-solving pipeline for these applications is to select a proper molecular representation that featurizes the target dataset and serves the downstream model. Figure…

Machine Learning

5 min read

Basic Molecular Representation for Machine Learning
Basic Molecular Representation for Machine Learning
Machine Learning

5 min read


Pinned

Exploring OpenCV’s Deep Learning Object Detection Library

Deep learning for object detection on image and video has become more accessible to practitioners and programmers recently. One reason for this trend is the introduction of new software libraries, for example, TensorFlow Object Detection API, OpenCV Deep Neural Network Module, and ImageAI. These libraries have one thing in common…

Deep Learning

6 min read

Exploring OpenCV’s Deep Learning Object Detection Library
Exploring OpenCV’s Deep Learning Object Detection Library
Deep Learning

6 min read


Published in DataDrivenInvestor

·Pinned

Different Approaches to Support Deep Learning in a Visual Programming Environment

a brief review on deep learning in RapidMiner and Orange — I ran into two visual programming environments for data science and machine learning recently: RapidMiner and Orange. Both systems allow users to build a data science or machine learning solution in a LEGO-like style, i.e., drag-and-drop components to construct a process including data preparation, modeling, evaluation, validation, visualization, etc. …

Deep Learning

5 min read

Different Approaches to Support Deep Learning in a Visual Programming Environment
Different Approaches to Support Deep Learning in a Visual Programming Environment
Deep Learning

5 min read


Feb 12

ChatGPT/Google/Microsoft 人工智慧二三事

Google 有沒被 Microsoft 追著打?! — 前幾天聽了中研院資科所研究員古倫維教授的線上演講 ChatGPT 到底在夯什麼, 演講完畢有位聽眾的問題很有趣, 問題大意是: Google 人工智慧不是很厲害嗎? Google 先做出了 AlphaGo, 怎麼現在會被 Microsoft 追著打? 問題太有趣了, 在此粗略發表一下個人的看法: AlphaGo 是 DeepMind 做的, 而不是 Google 做的, 雖然 DeepMind 算是 Google 旗下一員, 但是 AlphaGo 功勞應該算 DeepMind 而不是 Google。 ChatGPT 是 OpenAI 做的, 而不是 Microsoft 做的, 雖然 Microsoft 有過注資 OpenAI, 但是 ChatGPT 功勞應該算 OpenAI 而不是 Microsoft。 Google 好像沒有什麼項目吸收及商用 DeepMind AlphaGo 技術成果, 而且 Google 和 DeepMind 似乎競爭關係大於合作關係。

Chatgpt

2 min read

ChatGPT/Google/Microsoft 人工智慧二三事
ChatGPT/Google/Microsoft 人工智慧二三事
Chatgpt

2 min read


Jan 15

ChatGPT responds “I apologize …”

Q1: What is the difference between ChatGPT and LaMDA? Q2: Who develops LaMDA? Q3: Does Google creates LaMDA? Q4: Is LaMDA sentient? Q5: Are you sure that OpenAI creates LaMDA? Q6: Who develops LaMDA? Q7: Why do you make mistake that LaMDA is developed by OpenAI?

Chatgpt

2 min read

ChatGPT responds “I apologize …”
ChatGPT responds “I apologize …”
Chatgpt

2 min read


Jan 14

ChatGPT on Trolley Problem and Self-Driving Car

Q1: Would you kill one person to save five people in the trolley problem? Q2: What kind of training data is related to your answers on the trolley problem? Q3: What if the trolley problem happens in the self-driver car, should the car kill one person to save five people? Q4: List three ethical problems in a self-driving car. Q5: List three major problems if prioritize the safety of the driver over the safety of the passengers or other road users.

Chatgpt

2 min read

ChatGPT on Trolley Problem and Self-Driving Car
ChatGPT on Trolley Problem and Self-Driving Car
Chatgpt

2 min read


Dec 31, 2022

A Journey to Reinforcement Learning

Reference

Reinforcement Learning

1 min read

Reinforcement Learning

1 min read


Oct 21, 2022

YOLOv7 for Automated Optical Inspection

A Case Study of Defect Detection on Printed Circuit Boards — Automated optical inspection is a common process used in the electronics or manufacturing industry to identify product defects. Conceptually, all the practices in deep learning for computer vision, including image classification, object detection, and semantic segmentation, could be used in automated optical inspection. This post describes a case study of…

Object Detection

6 min read

YOLOv7 for Automated Optical Inspection
YOLOv7 for Automated Optical Inspection
Object Detection

6 min read

franky

franky

489 Followers

PhD, Researcher/Consultant

Following
  • ODSC - Open Data Science

    ODSC - Open Data Science

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    NYU Center for Data Science

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