Projects

Key Mechanism Research in Decentralized Network Systems

  • funded by Guangdong Natural Science Foundation
  • 150, 000 CNY
  • 2024 – 2026
  • This project uses the system’s lifecycle activities as a clue to study the support mechanisms of decentralized network systems from 3 aspects: 1. Customized Consensus Mechanisms for Different Scenarios; 2. Multi-Demand-Oriented Fork Governance Mechanisms; 3. Smart Contract Service Reuse Mechanisms.

Theory and Practice in Web 3.0 Social Computing

  • funded by SeeDAO
  • 120,000 CNY
  • 2022 – 2023
  • This project investigates the computational social system on Web 3.0 platform. In considering the characteristics of blockchain systems, we plan to work on the mechanism design of Web 3.0 society and novel applications in the Web 3.0 platform

Blockchain-driven Digital Twin System

  • funded by Shenzhen Technology Innovation Committee
  • 400,000 CNY
  • 2021 – 2024
  • This project investigates the digital twin systems empowered by blockchain. Research topics includes blockchain infrastructure, 3D modeling tools and interactive design for digital twin systems.

CUHK(SZ)-White Matrix Joint Metaverse Laboratory

  • funded by White Matrix Inc.
  • Joint Lab Site: Link
  • 5,000,000 CNY
  • 2021 – 2026
  • This project investigates the future technologies for metaverse, including blockchain, DeFi, game, VR, AR, etc. We employ game theory and human-computer interaction methodologies to our research.

Automatic OB Study in Game for Peace

  • funded by Tencent Games
  • 170,000 CNY
  • 2021 – 2022 (Completed)
  • This project leverages the HCI methodology to study audient communities and automatic OB techniques in Game for Peace.

Crowd Evolutionary Computing driven Digital Twin System

  • funded by Shenzhen Institute of Artificial Intelligence and Robotics for Society
  • 1,000,000 CNY
  • 2021 – 2022 (Completed)
  • This project investigates the digital twin systems empowered by crowd evolutionary computing. We aim to build the cognitive-analysis-response-optimization loop for digital twin systems, while users’ experience and interactive design will be a focus.

Dynamic Partitioning for Interactive Multimedia Applications at Mobile Edge

  • funded by NSFC Young Scholars Program
  • 240,000 CNY
  • 2020 – 2022 (Completed)
  • This project investigates the software decomposition and dynamic partitioning techniques for interactive multimedia applications from three perspectives: 1) measure the components’ performances; 2) investigate the optimal partitioning schemes in a dynamic computational environment; 3) consider the cooperative and competitive models among mobile terminals and edges.

Fundamental Technologies for Blockchain Games

  • funded by White Matrix Inc.
  • 200,000 CNY
  • 2019 – 2020 (Completed)
  • The main research goal is to enhance the quality of experience for video games by integrating emerging blockchain technologies.