SemesterFall Semester, 2025
DepartmentComputer Science and Engineering, First Year Artificial Intelligence, First Year
Course NameDeep Learning:Fundamentals and Applications
InstructorPENG YAN TSUNG
Credit3.0
Course TypeElective
Prerequisite
Course Objective
Course Description
Course Schedule

Week 1

Subject: Introduction & syllabus

Covering topics: Introduction to Deep Learning.

Reading: N/A

Teaching/HW: Explain the syllabus

Hours spent for preview: N/A

Hours spent for review:  1 hour



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Week 2

Subject: Mathematical tools

Covering topics: Linear Algebra and Probability

Reading: Course slides

Teaching/HW: Get familiar with the math tools often used in machine learning

Hours spent for preview and review: 2 hours each



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Weeks 3 and 4

Subject: Machine Learning Basics

Covering topics: linear and logistic regression/classification

Reading: Course slides

Teaching/HW: Introduce various machine learning techniques. HW1 will be released. It must be submitted within one week of being released.

Hours spent for preview and review: 2 hours each



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Week 5

Subject: Optimization and gradient descent

Covering topics: Convex functions and various gradient descent approaches

Reading: Course slides.

Hours spent for preview and review: 2 hours each



Weeks 6, 7

Subject: Artificial Neural Networks and Deep learning frameworks

Covering topics: Perceptron, Multilayer Perceptron, Back-propagation

Reading: Course slides

Teaching/HW:  HW2 will be released. It needs to be turned in within one week after being released.

Hours spent for preview and review: 2 hours each



Self learning (past exam review): 3 hours



Week 8

Subject: Midterm Exam



Weeks 9 & 10

Subject: Convolutional neural networks and training techniques

Covering topics: Convolutional neural networks, often-used architectures, and training techniques

Reading: Course slides

Teaching/HW: The final project will be announced

Hours spent for preview and review: 2 hours each



Weeks 11 & 12

Subject: Recurrent neural networks & Transformers

Covering topics: Recurrent neural networks (RNNs)

Reading: Course slides

Teaching/HW: Teach students RNNs and their underlying math

Hours spent for preview and review: 2 hours each



Weeks 13 & 14

Subject: Generative AI

Covering topics: Introduction to generative models, including VAE, GAN, and Diffusion models

Reading: Course slides

Hours spent for preview and review: 2 hours each



Weeks 15

Subject: Deep Learning Applications for Computer Vision

Covering topics: Introduction to Computer Vision applications based on deep learning

Reading: Course slides

Hours spent for preview and review: 2 hours each



 



Week 16: Final Presentation


Teaching Methods
Teaching Assistant

TBD


Requirement/Grading

1. Homework (30%) - two homework assignments



2. Midterm Exam (30%)



3. Final Project (40%)


Textbook & Reference

深度學習:影像處理應用,全華圖書 https://www.books.com.tw/products/0010961878?sloc=main
Deep Learning https://www.deeplearningbook.org/

Urls about Course
1. Neural Network and Deep Learning http://neuralnetworksanddeeplearning.com/ 2. Deep Learning: A Practitioner’s Approach https://www.amazon.com/dp/1491914254?tag=inspiredalgor20
Attachment