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人工智能导论

Course Form for WHU Summer School International 2025

Course Title

(英文)Introduction to Artificial Intelligence

(中文)人工智能导论

Teacher

Andrew Beng Jin Teoh

First day of classes

7 July 2025

Last day of classes

17 July 2025

Course Credit

2

Course Description

Course Introduction

Artificial Intelligence is one of the fastest-growing and most exciting fields lately, and machine learning represents its genuine bleeding edge. This course covers several traditional and deep learning models, e.g. linear and non-linear regression, logistic regression, Bayesian classifiers, principal component analysis, clustering, multilayer perceptron and convolutional neural networks. Methods to train and optimize the learning models and to perform effective inference will be highlighted. The course will cover the underlying theory and the range of applications to which machine learning has been applied.

Objective


1. Students will be able to learn several conventional and deep learning models.

2. Students will be able to learn how to apply machine learning methods for classification, feature extraction and regression.

Assignments (essay or other forms)

Quizzes and Final Project

Text Books and Reading Materials

1. Deep Learning/Goodfellow, Ian/MIT Press/2017

2. Dive into Deep Learning,

3.Artificial Intelligence: A Modern Approach


Outline of《Introduction to Artificial Intelligence》

1.Basic Teaching Information

Course Code3150510011073

Course TitleIntroduction to Artificial Intelligence

FacultyAndrew Beng Jin Teoh

Targeted StudentUndergraduate Students

Course Credit2

Lecture Hours32 Theoretical Hours

Course Leader

NameAndrew Beng Jin Teoh

E-mail: bjteoh@yonsei.ac.kr

Office

Mobile:

Course Staff

NameHuai Yu

E-mail: yuhuai@whu.edu.cn

Office

Mobile:

Course Type:专业必修课Compulsory Specialty Course

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2.Course Introductionno more than 500 words

Artificial Intelligence is one of the fastest-growing and most exciting fields lately, and machine learning represents its genuine bleeding edge. This course covers several traditional and deep learning models, e.g. linear and non-linear regression, logistic regression, support vector machine, principal component analysis, clustering, multilayer perceptron and convolutional neural networks. Methods to train and optimize the learning models and to perform effective inference will be highlighted. The course will cover the underlying theory and the range of applications to which machine learning has been applied.


3.Allocation of Content and Lecture Hours

Content

Lecture Hours (32)

Introduction to AI and Machine Learning

2

Regression Problems and Least Square Estimation

3

Logistic Regression and Maximum Likelihood Estimation

3

Support Vector Machine and Kernel Functions

3

Principal Component Analysis

3

Data Clustering

2

Neural Networks (Multilayer Perceptron)

3

Backpropagation Algorithm

2

Introduction to Deep Learning

2

Convolutional Neural Networks

3

Transfer Learning

3

Machine Learning Fever, Criticism and Wrap up.

3


4.Assessment Methods and Marking Criterion

Quizzes and a Final Project.


5.Textbooks and References

1. Deep Learning/Goodfellow, Ian/MIT Press/2017

2. Dive into Deep Learning

3. Artificial Intelligence: A Modern Approach


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