Wanyong Qiu

Wanyong Qiu (邱万勇). PhD candidate (2021) I am from the Key Laboratory of Brain Health Intelligent Evaluation and Intervention (BIT), Ministry of Education, P. R. ChinaAdvisor: Prof. Bin Hu (Fellow, IEEE), Prof. Kun Qian and Prof. QunXi Dong Address: School of Computer Science, Beijing Institute of Technology, No. 5 Zhongguancun South Street, Haidian District, Beijing, 100081 Email: qiuwy@bit.ecu.cn CV(CN).pdf  CV(EN).pdf

Research Group

The Key Laboratory of Brain Health Intelligent Evaluation and Intervention of the Ministry of Education employs advanced technologies, including artificial intelligence, big data, ubiquitous computing, the Internet of Health Things (IoHT), and medical electronics, to achieve the comprehensive process of “Identification-Intervention-Treatment-Rehabilitation” for functional brain disorders. The laboratory focuses on developing innovative methods, technologies, and products for the diagnosis and treatment of functional brain disorders. It addresses critical challenges, including the scarcity of indicators, high subjectivity, low diagnostic accuracy, difficulty in evaluating treatment efficacy, and limited generalisability of solutions.

In brain medicine, Prof. Bin Hu introduced the concept of “Computational Psychophysiology” at the 431st Xiangshan Science Conference in 2012, pioneering a data-driven methodology for studying cognitive function and psychological states. This innovation transitioned mental health diagnosis and treatment technologies from being “Symptom-descriptive” to “Data-driven”. At the 735th Xiangshan Science Conference in 2022, Prof. Hu proposed a future transformation of mental health diagnosis and treatment technologies from “Data-driven” to “Systematic Interpretation”. This forward-looking approach places greater demands on IoHT systems, particularly those involving wearable devices and diagnostic and treatment technologies.

Prof. Kun Qian has been extensively involved in advancing theoretical research and technological applications of artificial intelligence and signal processing within the field of medical engineering. In 2020, he proposed and has been actively advancing the cutting-edge research direction of “Computer Audition for Healthcare (CA4H)”. The key innovative contributions include: Intelligent body sound perception, Brain-inspired auditory methods and Intelligent audio intervention. These innovations advance the frontiers of AI and signal processing in healthcare, underscoring the practical potential of CA4H technologies to enhance human health.

Due to smart healthcare system is highly connected to advanced wearable devices, IoHT and mobile internet, valuable patient information and other significant medical records are stored in wearable smart terminals. Ensuring data security and privacy while maintaining data availability for smart terminals is crucial. Therefore, proper medical information security is becoming equally important in smart healthcare. Motivated by these facts, we explore and share novel ideas, methods, theories and practices with focus on information security and privacy solutions for the computational psychophysiology smart healthcare industry.

🤹‍♀️ The lab is looking for PhD, master, and undergraduate students with strong background to work together on the interdisciplinary area of brain health.

📫 Please see BHE-Lab for more details.

Personal Interests

Computer Science and Technology

• Artificial Intelligence：Machine learning, Computer audition

• Information Security：Privacy-preserving computing

Engineering Medicine and Technology

• Artificial Intelligence Medicine：Federated learning for healthcare

• Medical Information Privacy： Psychophysiology of privacy computing

If you are seeking any form of academic cooperation, please feel free to email me.