Trustworthy Machine Learning under Imperfect Data

The subject of this book centres

around trustworthy machine learning under imperfect data. It is primarily designed for

scientists, researchers, practitioners, professionals, postgraduates and

undergraduates in the

field of machine learning and artificial intelligence. The book focuses

on trustworthy deep learning under various types of imperfect data, including

noisy labels, adversarial examples, and out-of-distribution data. It covers

trustworthy machine learning algorithms, theories, and systems.

The main goal of the book is to provide students and researchers in academia with an

unbiased and comprehensive literature review. More importantly, it aims to stimulate

insightful discussions about the future of trustworthy machine learning. By engaging the audience

in more in-depth conversations, the book intends to spark ideas for addressing core

problems in this topic. For example, it will explore how to build up benchmark datasets in

noisy-supervised learning, how to tackle the emerging adversarial learning, and

how to tackle out-of-distribution detection.

For practitioners in the industry,

this book will present state-of-the-art trustworthy machine learning methods to

help them solve real-world problems in different scenarios, such as online

recommendation and web search. While the book will introduce the basics of

knowledge required, readers will benefit from having some familiarity with

linear algebra, probability, machine learning, and artificial intelligence. The

emphasis will be on conveying the intuition behind all formal concepts,

theories, and methodologies, ensuring the book remains self-contained at a high

level.

"Chapter1-Introduction".- "Chapter-2,Trustworthy Machine Learning with Noisy Labels".- "Chapter-3,Trustworthy Machine Learning with Adversarial Examples".- "Chapter-4,Trustworthy Machine Learning with Out-of-distribution Data".- "Chapter-5,Advance Topics in Trustworthy Machine Learning".

Prof. Bo Han is an Assistant Professor

in Machine Learning at Hong Kong Baptist University and a BAIHO Visiting

Scientist at RIKEN AIP, where his research focuses on machine learning, deep

learning, foundation models and their applications. He was a Visiting Faculty Researcher

at Microsoft Research and a Postdoc Fellow at RIKEN AIP. He has co authored a

machine learning monograph by MIT Press. He has served as Area Chairs of

NeurIPS, ICML, ICLR and UAI. He has also served as Action Editors and Editorial

Board Members of JMLR, MLJ, JAIR, TMLR and IEEE TNNLS. He received the

Outstanding Paper Award at NeurIPS and Outstanding Area Chair at ICLR. He

received the RIKEN BAIHO Award (2019), RGC Early CAREER Scheme (2020),

Microsoft Research StarTrack Program (2021), and Tencent AI Faculty Research

Award (2022). 

Prof. Tongliang Liu is the Director of

Sydney AI Centre at University of Sydney, Australia; a Visiting Professor of

University of Science and Technology of China, Hefei, China; a Visiting

Scientist of RIKEN AIP, Tokyo, Japan; and a Visiting Associate Professor at

Mohamed bin Zayed University of Artificial Intelligence, Abu Dhabi, United Arab

Emirates. He has published more than 100 papers at leading ML/AI conferences

and journals. He is regularly the meta reviewer of ICML, NeurIPS, ICLR, UAI,

IJCAI, and AAAI. He is the Action Editor of Transactions on Machine Learning

Research, Associate Editor of ACM Computing Surveys, and in the Editorial Board

of Journal of Machine Learning Research and the Machine Learning journal. He

received the ARC DECRA Award in 2018, ARC Future Fellowship Award in 2022, and

IEEE AI's 10 to Watch Award in 2023. He also received multiple faculty awards,

e.g., from OPPO and Meituan.