Intelligent analysis of medical imaging：

Invent AI pathology assisted diagnostic equipment and construct a diagnostic system consisting of pathogen testing, clinical testing, and pathological examination.

Focus on the basic research on the application of new generation artificial intelligence algorithms such as self supervised learning and reinforcement learning in the medical field;

Build an integrated platform for artificial intelligence training, deployment, and inference, and conduct multicenter clinical research on 

digital pathological images, https://www.tankaai.com/collectStage/ 

Embedded system：

ARM and FPGA embedded system development; Focus on the development of visual imaging systems using domestically produced chips in the field of medical endoscopes.

Research on the Application of Stereoscopic Vision Measurement Technology in Augmented Reality Systems

Human pose estimation：

In exploring cutting-edge technologies in human motion and posture analysis, our team has successfully developed an advanced human posture estimation system that cleverly integrates the advantages of liquid metal sensors, inertial measurement units (IMUs), and visual sensors to achieve high-precision capture and analysis of human dynamics.

Dynamic Radiomics：

Propose a new method for dynamic imaging omics, with a focus on machine learning and deep learning based imaging omics, 

as well as basic theoretical research on dynamic imaging omics