Date |
Topic |
Instructor |
Scriber |
02/09/2021, Thu |
Lecture 01: Overview and History of Artificial Intelligence in Fintech. [ slides ]
[ Guest Talk ]
- Title: An Overview of Quant Modeling and Trading: Theory and Practice [ slides ]
- Speaker: Prof. Michael Zhang, CUHK
- Bio: Professor Michael Zhang is a Chair Professor of Decision Sciences and Managerial Economics at the Chinese University of Hong Kong.
He serves as the Associate Dean of Innovation and Impact, Co-Executive Director of Asia Pacific Institute of Business, Co-Director of
Hong Kong-Shenzhen Finance Research Centre at the CUHK Business School. Externally, he is also affiliated with MIT Initiative on Digital Economy,
Guanghua School of Management of Peking University and Leibniz Centre for European Economic Research (ZEW).
He has a PhD in Management from MIT Sloan School of Management, an MSc in Management, a BE in Computer Science and a BA in English
from Tsinghua University. Before joining the academia, he worked as an analyst for an investment bank, and as an international marketing manager
for a high-tech company. He holds a US patent, and cofounded several companies in Social Networking (Unknown Space, MITBBS, the biggest
social network for Chinese in America) and FinTech (Super Quantum Fund).
[ Project 1 ]
- Warm-up project description [ pdf ]
- Kaggle: Home Credit Default Risk [ link ]
- GitHub Repository for reports of Project 1
[ GitHub ]
- 1. CAO Bokai, LUO Zhuang, SHI Jie, LAI Fujie.
[ report ]
[ source (github) ]
[ review ]
[ rebuttal ]
- 2. CHEN Yuying, LOU Ruoyu, SHANG Zhiheng
[ poster ]
[ source (github) ]
[ review ]
- 3. FU Qiyin, LIU Enjie, YU Xintong, ZHAO Encong
[ poster ]
[ source (github) ]
[ review ]
- 4. HE Weiwei, LI Xintong, MA Jingkun, XU Tongcan
[ report ]
[ source (github) ]
[ review ]
- 5. HUANG Zhenyu, LUO Jiahao, YANG Yannan
[ report ]
[ source (github) ]
[ review ]
[ rebuttal ]
- 6. HUO Sixian
[ report ]
[ source (github) ]
[ review ]
- 7. LI Shengshu
[ report ]
[ source (github) ]
[ review ]
- 8. LI Chengxin, LI Xinyi, LIANG Xin, LU Lanxi
[ report ]
[ source (github) ]
[ review ]
- 9. LI Chenghai, LIU Shifei, NIE Jialei, WU Jiajun
[ poster ]
[ source (github) ]
[ review ]
- 10. HE Haokai, HUANG Wenjin, LI Mingluo, ZHAO Junda
[ report ]
[ source (github) ]
[ review ]
[ rebuttal ]
- 11. LIAO Xinzhen, MA Rui, SHI Yiyuan, XU Yuan [ Best Writing Report ]
[ report ]
[ source (github) ]
[ review ]
[ rebuttal ]
- 12. LIU Chen
[ report ]
[ source (github) ]
[ review ]
- 13. MA Rongyue, NI Xiaohan, PENG Junkai, YE Mengxiang
[ report ]
[ poster ]
[ source (github) ]
[ review ]
- 14. CHAN Koon Lam, LAM Chung Wai, TANG Tsz Hong
[ report ]
[ source (github) ]
[ review ]
[ rebuttal ]
- 15. WANG Lei, WANG Zhongchen, YE Xiaoyu, ZHANG Quandi
[ poster ]
[ source (github) ]
[ review ]
[ rebuttal ]
- 16. WANG Ziyi, XIANG Jixiang
[ poster ]
[ source (github) ]
[ review ]
- 17. WONG Hoi Ming, WONG Sik Tsun [ Best Overall+Technique report ]
[ poster ]
[ source (github) ]
[ review ]
[ rebuttal ]
- 18. XIA Yiqiao
[ poster ]
[ source (github) ]
[ review ]
[ rebuttal ]
- 19. LAI Cong, LIU Jinghui, LU Qiaoyu, ZHEN Mengnan
[ report ]
[ source (github) ]
[ review ]
[ rebuttal ]
- 20. HUANG Yuning, SUN Ke, TIAN Xinyu, ZHOU Xiaomin
[ report ]
[ source (github) ]
[ review ]
[ rebuttal ]
|
Y.Y. |
|
09/09/2021, Thu |
Lecture 02: Supervised Learning: Linear Regression and Classification [ slides ]
|
Y.Y. |
|
16/09/2021, Thu |
Lecture 03: Model Assessment and Selection: Subset, Ridge, Lasso, and PCR [ slides ]
|
Y.Y. |
|
23/09/2021, Thu |
Lecture 04: Decision Tree, Bagging, Random Forests and Boosting [ YY's slides ]
|
Y.Y. |
|
30/09/2021, Thu |
Lecture 05: Support Vector Machines [ YY's slides ]
|
Y.Y. |
|
07/10/2021, Thu |
Lecture 06: An Introduction to Convolutional Neural Networks [ YY's slides ]
[Reading Material]:
- Shihao Gu, Bryan Kelly and Dacheng Xiu
"Empirical Asset Pricing via Machine Learning", Review of Financial Studies, Vol. 33, Issue 5, (2020), 2223-2273. Winner of the 2018 Swiss Finance Institute Outstanding Paper Award.
[ link ]
- Jingwen Jiang, Bryan Kelly and Dacheng Xiu
"(Re-)Imag(in)ing Price Trends", Chicago Booth Report, Aug 2021
[ link ]
- Tracy Ke, Bryan Kelly and Dacheng Xiu
"Predicting Returns with Text Data", Aug. 2021. Winner of the 2019 CICF Best Paper Award.
[ link ]
|
Y.Y. |
|
21/10/2021, Thu |
Lecture 07: Introduction of quantitative investing with machine learning
[ Guest Talk ]
- Title: Introduction of quantitative investing with machine learning [ slides ]
- Speaker: Prof. Haifeng You, HKUST
- Bio: Haifeng You is a Professor of Accounting and Co-Director of the Center for Securities Analysis with Financial Technology at
Hong Kong University of Science and Technology (HKUST). His research focuses on the role of financial information and financial technology
in equity investment. He has published on leading academic and professional journals such as Journal of Financial Economics, Journal of
Accounting and Economics, and Financial Analyst Journal. Previously, he served as the Head of Quantitative Equity Research at China Investment
Corporation and Quantitative Researcher at Barclays Global Investors. He has also served as advisors and consultants for investment firms
such as GSA capital in the UK and China Pacific Asset Managemen and Bosera Asset Management in China, helping them to build Asian and global
quantitative equity strategies.
Professor You holds a PhD degree in Accounting from University of California, Berkeley and a BA degree in Finance from Peking University.
[ Project 2 ]:
- Paper Replication Study [ project2.pdf ] [ slides ]
- Collection of Project 2 Reports [ GitHub ]
- Tutorial for MAFM GPU account [ pdf ]
- Tutorial for Google Colab (English) [ pdf ]
- Tutorial for Google Colab (Chinese) [ pdf ]
- Shihao Gu, Bryan Kelly and Dacheng Xiu
"Empirical Asset Pricing via Machine Learning", Review of Financial Studies, Vol. 33, Issue 5, (2020), 2223-2273. Winner of the 2018 Swiss Finance Institute Outstanding Paper Award.
[ link ]
- Jingwen Jiang, Bryan Kelly and Dacheng Xiu
"(Re-)Imag(in)ing Price Trends", Chicago Booth Report, Aug 2021
[ link ]
- 1. CAO Bokai, LUO Zhuang, SHI Jie, LAI Fujie. [ Best Writing Report ]
(Re-)Imag(in)ing Price Trends
[ report (pdf) ]
[ source (github) ]
[ review ]
[ rebuttal ]
- 2. LI Chengxin, LI Xinyi, LIANG Xin, LU Lanxi.
(Re-)Imag(in)ing Price Trends
[ report (pdf) ]
[ source (github) ]
[ review ]
[ rebuttal ]
- 3. LI Chenghai, LIU Shifei, NIE Jialei, WU Jiajun.
(Re-)Imag(in)ing Price Trends
[ report (pdf) ]
[ source (github) ]
[ review ]
- 4. LIAO Xinzhen, XU Yuan, MA Rui, SHI Yiyuan. [ Best Technique Report ]
(Re-)Imag(in)ing Price Trends
[ report (pdf) ]
[ source (github) ]
[ review ]
[ rebuttal ]
- 5. LIU Chen.
(Re-)Imag(in)ing Price Trends
[ report (pdf) ]
[ source (github) ]
[ review ]
- 6. WANG Lei, WANG Zhongchen, YE Xiaoyu, ZHANG Quandi. [ Best Overall Report ]
(Re-)Imag(in)ing Price Trends
[ report (pdf) ]
[ source (github) ]
[ review ]
[ rebuttal ]
- 7. WANG Ziyi, XIANG Jixiang.
(Re-)Imag(in)ing Price Trends
[ report (pptx) ]
[ source (github) ]
[ review ]
- 8. CHEN Yuying, LOU Ruoyu, SHANG Zhiheng.
Empirical Asset Pricing via Machine Learning
[ report (pdf) ]
[ source (github) ]
[ review ]
[ meta-review ]
- 9. HUANG Zhenyu, LUO Jiahao, YANG Yannan.
Empirical Asset Pricing via Machine Learning
[ report (pdf) ]
[ source (github) ]
[ review ]
[ meta-review ]
- 10. HUO Sixian.
Empirical Asset Pricing via Machine Learning
[ report (pdf) ]
[ source (github) ]
[ review ]
[ meta-review ]
- 11. LI Shengshu. [ Best Technique Report ]
Empirical Asset Pricing via Machine Learning
[ report (pdf) ]
[ source (github) ]
[ review ]
[ meta-review ]
- 12. HE Weiwei, LI Xintong, MA Jingkun, XU Tongcan.
Empirical Asset Pricing via Machine Learning
[ report (pdf) ]
[ source (github) ]
[ review ]
[ meta-review ]
- 13. ZHAO Junda, LI Mingluo, HE Haokai, HUANG Wenjin.
Empirical Asset Pricing via Machine Learning
[ report (pdf) ]
[ source (github) ]
[ review ]
[ meta-review ]
[ rebuttal ]
- 14. FU Qiyin, LIU Enjie, YU Xintong, ZHAO Encong.
Empirical Asset Pricing via Machine Learning
[ report (pdf) ]
[ source (github) ]
[ review ]
[ meta-review ]
[ rebuttal ]
- 15. MA Rongyue, NI Xiaohan, PENG Junkai, YE Mengxiang.
Empirical Asset Pricing via Machine Learning
[ report (pdf) ]
[ source (github) ]
[ review ]
[ meta-review ]
- 16. TANG Tsz Hong, LAM Chung Wai, CHAN Koon Lam.
Empirical Asset Pricing via Machine Learning
[ report (pdf) ]
[ source (github) ]
[ review ]
[ meta-review ]
[ rebuttal ]
- 17. WONG Hoi Ming, WONG Sik Tsun.
Empirical Asset Pricing via Machine Learning
[ report (pdf) ]
[ source (github) ]
[ review ]
[ meta-review ]
[ rebuttal ]
- 18. LAI Cong, LIU Jinghui, LU Qiaoyu, ZHEN Mengnan. [ Best Overall+Writing Report ]
Empirical Asset Pricing via Machine Learning
[ report (pdf) ]
[ source (github) ]
[ review ]
[ meta-review ]
- 19. ZHOU Xiaomin, SUN Ke, TIAN Xinyu, HUANG Yuning.
Empirical Asset Pricing via Machine Learning
[ report (pdf) ]
[ source (github) ]
[ review ]
[ meta-review ]
[ rebuttal ]
- 20. XIA, Yiqiao.
(Re-)Imag(in)ing Price Trends (late submission)
[ report (pdf) ]
[ source (github) ]
|
Haifeng You Y.Y. |
|
28/10/2021, Thu |
Lecture 08: An Introduction to Recurrent Neural Networks (RNN) and Long Short Term Memory (LSTM) [ YY's slides ]
|
Y.Y. |
|
04/11/2021, Thu |
Lecture 09: Attention, Transformer and BERT [ YY's slides ]
[ Guest Talk ]
- Title: Network Design and Some Thoughts About Trading by DNN [ slides ]
- Speaker: Dr. Yijie Lu, AQUMON
- Abstract:
This talk presents the evolution of deep neural network design from the perspective of solving image classification problems. We explain why deep models are superior than classic machine learning models and how to take advantage of it. We also introduce deep learning applications by a variety of networks. In terms of trading, we will discuss both potentials and challenges of deep models, and how AQUMON embraces innovation and help achieve the goal.
- Bio: Yijie Lu received his Ph.D. in Computer Science from City University of Hong Kong in 2018. He was an active participant in NIST TRECVID and the best performer on both Zero-Example Multimedia Event Detection and Multimedia Event Recounting. Participants of this annual workshop included 30 renowned research institutes and companies worldwide. In 2013, he interned in Multimedia Search and Mining Group at Microsoft Research Asia, Beijing. Prior to that, he received the B.Eng. and M.S. degrees in Computer Science at Southwest Jiaotong University, Chengdu.
|
Y.Y. |
|
11/11/2021, Thu |
Lecture 10: An Introduction to Reinforcement Learning with Applications in Quantitative Finance [ slides ]
[ Reference ]:
- Google DeepMind's Deep Q-learning playing Atari Breakout:
[ youtube ]
- To view .ipynb files below, you may try [ Jupyter NBViewer]
- Deep Q-Learning Pytorch Tutorial: [ link ]
- A Tutorial of Reinforcement Learning for Quantitative Trading:
[ Tutorial ]
[ Replicate ]
- FinRL: Deep Reinforcement Learning for Quantitative Finance
[ GitHub ]
- Reinforcement Learning and Supervised Learning for Quantitative Finance: [ link ]
- Prof. Michael Kearns, University of Pennsyvania, Algorithmic Trading and Machine Learning,
Simons Institute at Berkeley [ link ]
|
Y.Y. |
|
18/11/2021, Thu |
Lecture 11: Topics on Blockchains and Final Project.
[ Guest Talk ]
- Title: Cefi or Defi [ slides ]
- Speaker: Dr. Alex Yang, Founder & CEO, Volmart Inc.
- Abstract:
starting from the evolution of traditional financial derivatives to blockchain smart contract enabled new transactions,
with samples in AMM, yield enhancement and derivatives.
- Bio: Alex Yang is CEO of Volmart, a volatility marketplace for digital assets. Powered by its proprietary volatility risk engine and defi smart contracts, Volmart is the world’s first hybrid risk manager offering digital asset structured products, aiming to build one stop shop for customized digital asset service. Our mission is to pave the road connecting Crypto Street and Wall Street.
Prior to Volmart, he was CEO of V Systems, a blockchain project led by Sunny King, a legendary developer and creator of Proof-of-Stake consensus. As CEO of VSYS, Alex was driving the project to solve the core scalability and stability problems to apply blockchain technology to real industry.
Prior to moving into blockchain industry, Alex was head of APAC structured rates trading at Nomura International, and head of China Structured Products at FICC, UBS HK. He started his career as a quantitative developer at Jump Trading in Chicago.
Alex has a PhD from Northwestern University and a BA in Mathematics from Peking University.
[ Project 3 ]:
- Description: [ project3.pdf ]
- Collection of Project 3 Reports [ GitHub ]
- Cryptocurrency Trading Project [ slides ]
- 1. CAO Bokai, LUO Zhuang, SHI Jie, LAI Fujie.
G-Research Crypto Forecasting.
[ report (pdf) ]
[ source ]
[ slides ]
[ video ]
- 2. WANG Lei, WANG Zhongchen, YE Xiaoyu, ZHANG Quandi.
G-Research Crypto Forecasting.
[ report (pdf) ]
[ source ]
[ slides ]
[ video ]
- 3. LI Chenghai, LIU Shifei, NIE Jialei, WU Jiajun.
G-Research Crypto Forecasting.
[ report (pdf) ]
[ source ]
[ slides ]
[ video ]
- 4. WONG Hoi Ming, WONG Sik Tsun.
G-Research Crypto Forecasting.
[ report (pdf) ]
[ source ]
[ video ]
- 5. LIU Chen.
G-Research Crypto Forecasting.
[ report (pdf) ]
[ source ]
[ video ]
- 6. HUANG Zhenyu, LUO Jiahao, YANG Yannan.
M5 Forecasting - Accuracy.
[ report (pdf) ]
[ source ]
[ slides ]
[ video ]
- 7. FU Qiyin, LIU Enjie, YU Xintong, ZHAO Encong.
M5 Forecasting - Accuracy.
[ report (pdf) ]
[ source ]
[ slides ]
[ video ]
- 8. TANG Tsz Hong, LAM Chung Wai, CHAN Koon Lam.
M5 Forecasting - Accuracy and Uncertainty.
[ report (pdf) ]
[ source ]
[ slides ]
[ video ]
- 9. SHANG Zhiheng, CHEN Yuying, LOU Ruoyu.
M5 Forecasting - Accuracy.
[ report (pdf) ]
[ source ]
[ slides ]
[ video ]
- 10. ZHOU Xiaomin, SUN Ke, HUANG Yuning, TIAN Xinyu.
M5 Forecasting - Accuracy.
[ report (pdf) ]
[ source ]
[ slides ]
[ video ]
- 11. LIAO Xinzhen, SHI Yiyuan, MA Rui, XU Yuan.
M5 Forecasting - Accuracy.
[ report (pdf) ]
[ source ]
[ slides ]
[ video ]
- 12. HE Weiwei, MA Jingkun, LI Xintong, XU Tongcan.
M5 Forecasting - Accuracy.
[ report (pdf) ]
[ source ]
[ video ]
- 13. LAI Cong, LIU Jinghui, LU Qiaoyu, ZHEN Mengnan.
M5 Forecasting - Accuracy.
[ report (pdf) ]
[ source ]
[ slides ]
[ video ]
- 14. MA Rongyue, NI Xiaohan, PENG Junkai, YE Mengxiang.
M5 Forecasting - Accuracy.
[ report (pdf) ]
[ source ]
[ slides ]
[ video ]
- 15. LI Shengshu.
M5 Forecasting - Accuracy.
[ report (pdf) ]
[ source ]
[ slides ]
[ video ]
- 16. XIA Yiqiao.
M5 Forecasting - Accuracy.
[ report (pdf) ]
[ source ]
[ video ]
- 17. WANG Ziyi, XIANG Jixiang.
M5 Forecasting - Accuracy and Uncertainty.
[ report (pdf) ]
[ source ]
[ video ]
- 18. HUO Sixian.
Cryptocurrency Trading.
[ report (pdf) ]
[ source ]
[ video ]
- 19. LIANG Xin, LI Chengxin, LI Xinyi, LU Lanxi.
Cryptocurrency Trading.
[ report (pdf) ]
[ source ]
[ video ]
- 20. LI Mingluo, ZHAO Junda, HUANG Wenjin, HE Haokai.
Home Credit Default Risk.
[ report (pdf) ]
[ source ]
[ video ]
[ Reference ]:
- Kaggle: G-Research Crypto Forecasting. [ link ]
- Kaggle: M5 Forecasting - Accuracy, Estimate the unit sales of Walmart retail goods. [ link ]
- Kaggle: M5 Forecasting - Uncertainty, Estimate the uncertainty distribution of Walmart unit sales. [ link ]
- Kaggle: Home Credit Default Risk [ link ]
- Kaggle: COVID-19 Open Research Dataset Challenge (CORD-19) [ link ]
|
Alex Yang Y.Y. |
|
25/11/2021, Thu |
Lecture 12: An Introduction to Unsupervised Learning: PCA, AutoEncoder, VAE, and GANs [ slides ]
[Reference]:
- To view .ipynb files below, you may try [ Jupyter NBViewer]
- DCGAN for MNIST Tutorial in Pytorch Notebook
[ dcgan_mnist_tutorial.ipynb ]
- Credit Card Fraud Detection via GAN implemented by Ruoxue LIU: [ GitHub ]
- Credit Card Fraud Detection dataset: [ Kaggle ]
- Robust_GAN.ipynb : Jupyter Notebook for demonstration
- Robust-GAN-Center : robust center (mean) estimate via GANs
- Robust-GAN-Scatter : robust scatter (covariance) estimate via GANs
- GAO, Chao, Jiyi LIU, Yuan YAO, and Weizhi ZHU.
Robust Estimation and Generative Adversarial Nets.
ICLR 2019.
[ arXiv:1810.02030 ] [ GitHub ] [ GAO, Chao's Simons Talk ]
- GAO, Chao, Yuan YAO, and Weizhi ZHU.
Generative Adversarial Nets for Robust Scatter Estimation: A Proper Scoring Rule Perspective.
Journal of Machine Learning Research, 21(160):1-48, 2020.
[ arXiv:1903.01944 ] [ GitHub ]
|
Y.Y. |
|