深度學習於電腦視覺

113-1 開課異動
  • 備註
    智慧醫療學程電資院所屬「影像」領域。
  • 本校選課狀況

    載入中
  • 課程概述
    Computer vision has become ubiquitous in our society, with a variety of applications in image/video search and understanding, medicine, drones, and self-driving cars. As the core to many of the above applications, visual analysis such as image classification, segmentation, localization and detection would be among the well-known problems in computer vision. Recent developments in neural networks (a.k.a. deep learning) approaches have greatly advanced the performance of these state-of-the-art visual recognition systems. This course is a deep dive into the details of deep learning architectures, with a particular focus on understanding and designing learnable models for solving various vision tasks.
  • 課程目標
    ?This course will expose students to cutting-edge research — starting from a refresher in basics of machine learning, computer vision, neural networks, to recent developments. Each topic will begin with instructor lectures to present context and background material, followed by discussions and homework assignments, allowing the students to develop hand-on experiences on deep learning techniques for solving practical computer vision problems.
  • 課程要求
    Engineering Mathematics (e.g., linear algebra, probability, etc.), Machine Learning (strongly suggested but optional)
  • 預期每週課後學習時數
  • Office Hour
  • 指定閱讀
  • 參考書目
  • 評量方式
  • 針對學生困難提供學生調整方式
  • 課程進度
    09/03第 1 週Course Logistics & Registration; Intro to Neural Nets
    09/10第 2 週Convolutional Neural Networks & Image Segmentation
    09/17第 3 週No Class
    09/24第 4 週Generative Models (I) - AE, VAE & GAN
    10/01第 5 週Guest Lecture
    10/08第 6 週Generative Models (II) - Diffusion Model
    10/15第 7 週Recurrent Neural Networks & Transformer
    10/22第 8 週Vision & Language Models
    10/29第 9 週Unlearning, Debiasing, and Interoperability
    11/05第 10 週Multi-Modal Learning
    11/12第 11 週Parameter-Efficient Finetuning; Efficient Deep Learning
    11/19第 12 週3D Vision
    11/26第 13 週Transfer & Adversarial Learning
    12/03第 14 週Federated Learning
    12/10第 15 週Progress Check for Final Projects
    12/26 Thu第 17 週Final Project Presentation (1:30pm-5pm)