Staff Profile
Hello, welcome to my information section!
I’m currently working as a Senior Lecturer of the Scalable Computing Research Group. Before joining Newcastle University, I worked as a lecturer of the Department of Computer Science of University of Reading, research fellow at LIP6, Pierre et Marie Curie University and French National Center for Scientific Research (CNRS), Department of Computing and Information Systems of University of Melbourne, and Research School of Computer Science. I did my Ph.D study in Web Intelligence and Data Mining Group, QUT, Australia. I am a Fellow of The Higher Education Academy (HEA), UK.
My research interests include: Data Mining, Machine Learning, Natural Language Processing, Recommender Systems, Personalisation. You can find more detailed information from my personal website.
My current research lies in the areas of Data Science and Artificial Intelligence (Natural Language Processing). I try to answer these questions:
1) How to make better recommendations in the era of Big Data? For example, explainable Recommender Systems, conversational Recommender Systems, trust-worthy Recommender Systems.
2) How to discover new knowledge based on complex, large-scale, noisy, diverse, and dynamic data? For example, social data (e.g., social media posts in Twitter), pervasive data (e.g., exercises data in smart phones), text data, image data, environment data, graph-structured data.
3) What is intelligence and how to model, test, and apply findings and theories of biological learning to machines?
- Grants
1) Collaborative Innovation Fund of Royal Berkshire NHS Trust Foundation and University of Reading project entitled: Improving preoperative diagnosis of thyroid nodules by developing ultrasound artificial intelligence (AI) decision support system. Collaborators: Royal Berkshire Hospital Trust Foundation, NHS, 1/1/2021-30/12/2022 (PI)
2) EIT Food/Horizon2020 project entitled: Developing a Digital Toolkit to Enhance the Communication of Scientific Health Claims (Co-I, Project in total €495,204 for phase 1, €708,622 for phase 2, €466,000 for phase 3), collaborators: Department of English Language and Applied Linguistics, Department of Design, the School of Agriculture, Policy and Development of University of Reading, Technical University of Munich (TUM), British Nutrition Foundation, start-up company Food Maestro, food company Maspex, Institute of Animal Reproduction and Food Research of the Polish Academy of Sciences. 1/1/2019-31/12/2021
Project website: https://www.healthclaimsunpacked.co.uk/
Toolkit website: https://www.unpackinghealthclaims.eu/
Vacancies/Scholarships
1) 1 postdoc position in NLP/Recommender Systems, 1 year, deadline 23 March 2022, apply here
2) 1 EPSRC PhD studentship competition in Scalable Patient Profiling for Personalised Healthcare, 3.5 years, deadline 18 March 2022, apply here, select number 2 in this form.
3) 1 home student PhD studentship in Conversational Recommender Systems, 3.5 years, deadline 30 March 2022, apply here
- Available PhD Student Projects
User Profiling for Personalisation. This project is to develop scalable and effective explicit and implicit user profiling approaches to discover new knowledge about users’ individual interests, preferences, emotional status, and information needs. It will use advanced natural language understanding, reinforcement learning, and deep learning techniques to construct user profiles based on both explicit and implicit user behaviour data. The proposed user profiling techniques will be applied to recommender systems to make personalised recommendations.
Hashing Techniques for High Dimensional Data. Hashing is a key technique to analyse big data. It has been popularly used for dimensionality reduction and data size reduction. This project is to develop novel hashing algorithms to sample, compress, and index big data such as social and climate data to facilitate effective and efficient information retrieval and recommendation. This project will also explore machine learning based hashing techniques. This project will contribute to new solutions to make better usage and processing of big data.
Other directions such as Responsible Recommender Systems (e.g., trustworthy, sustainable), Conversational Recommender Systems, Reinforcement Learning based Recommender Systems, Scalable Recommender Systems are also available. Note: Good programming skills and theoretical modelling are required for all projects.
Fellow of The Higher Education Academy (HEA), UK
- CSC8111, 8635, 8630, 8644 Machine Learning 2022-2023
- CSC8633 Group Project in Data Science 2021-2022
- CSC8639 Project and Dissertation in Data Science 2021-2022
- Markchom T, Liang H, Ferryman J. Scalable and Explainable Visually-Aware Recommender Systems. Knowledge-Based Systems 2023, 263, 110258.
- Li X, Liang H, Ryder C, Jones R, Liu Z. Attractiveness Analysis for Health claims on Food Packages. In: 20th Australasian Conference Data Mining (AusDM 2022). 2022, Western Sydney, Australia: Springer.
- Liang H. DRprofiling: deep reinforcement user profiling for recommendations in heterogenous information networks. IEEE Transactions on Knowledge and Data Engineering 2022, 34(4), 1723-1734.
- Li X, Liang H, Nagala S, Chen J. Improving Ultrasound Image Classification With Local Texture Quantisation. In: The International Conference on Acoustics, Speech, & Signal Processing (ICASSP 2022). 2022, Singapore: IEEE.
- Liang H, Liu Z, Markchom T. Relation-aware Blocking for Scalable Recommendation Systems. In: 31st ACM International Conference on Information & Knowledge Management (CIKM '22). 2022, Atlanta, Georgia, USA: ACM.
- Liang H, Markchom T. TNE: a general time-aware network representation learning framework for temporal applications. Knowledge-Based Systems 2022, 240, 108050.
- Markchom T, Liang H. Augmenting visual information in knowledge graphs for recommendations. In: 26th International Conference on Intelligent User Interfaces (IUI '21). 2021, College Station, TX, USA: ACM.
- Li X, Liang H, Liu Z. Health claims unpacked: a toolkit to enhance the communication of health claims for food. In: CIKM '21: Proceedings of the 30th ACM International Conference on Information & Knowledge Management. 2021, Queensland, Australia (Online): ACM.
- Liang H, Ganeshbabu U, Thorne T. A dynamic Bayesian network approach for analysing topic-sentiment evolution. IEEE Access 2020, 8, 54164-54174.
- Wang Q, Cui M, Liang H. Semantic-aware blocking for entity resolution. Transactions on Knowledge and Data Engineering 2016, 28(1), 166-180.
- Ramadan B, Christen P, Liang H, Gayler R. Dynamic sorted neighborhood indexing for real-time entity resolution. Journal of Data and Information Quality 2015, 6(4), 15.