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We have 34 Computer Science PhD Projects, Programmes & Scholarships for Non-European Students in China
Computer Science PhD Projects, Programmes & Scholarships for Non-European Students in China
We have 34 Computer Science PhD Projects, Programmes & Scholarships for Non-European Students in China
Discovery, Synthesis, and Mechanism Study of Coating Polymers Effective against Respiratory Virus Transmission
An important aspect of managing fomite transmission is the knowledge and development of novel virucidal polymers to eliminate the problematic cross-infections. Read more
New combinatorial perspectives on parking functions and their variations
In parking problems, a given number of cars enter a one-way street sequentially, and try to park according to a specified preferred spot in the street. Read more
Use of Machine Learning and Molecular Dynamics simulation for the prediction of RNA structures in mRNA vaccine design
The rapid development of mRNA-based therapeutics, particularly mRNA vaccines, has transformed the landscape of infectious disease prevention and treatment. Read more
Research on End-to-End Real-Time Scheduling Methods for Remanufacturing under Dynamic Uncertainty
This research project aims to enhance the efficiency of remanufacturing processes by addressing the complexities of multi-stage scheduling tasks and dynamic uncertainties. Read more
Optimizing Human-Robot Interaction in a Brain-Computer Interface based Walking Assist Robot System
The Brain-Computer Interface based Walking Assist Robot (BCI-Bot) is an innovative wearable system designed to aid disabled or elderly individuals with walking. Read more
Location tracking via mobile big data mining
Location information has played an important role in today’s mobile devices. Read more
Research on advanced distributed control and stability analysis for cyber-physical microgrid systems
This project aims to develop advanced control methods and conduct stability analysis for cyber-physical MG systems, which aim to enhance system stability, compensate for time-delayed or attacked effects, and achieve multiple control objectives in MG systems. Read more
Bayes factor surface for searches for new physics
We recently proposed the Bayes factor surface [Eur. J. Phys. C; arXiv:2401.11710] - a novel way to present results from experimental searches for new phenomena. Read more
Blockchain-Enhanced Federated Learning for Dynamic Traffic Prediction
This study explores the blockchain-enhanced architecture for training online models using federated learning (FL) in various interdisciplinary fields. Read more
AI and Cognitive Robotics towards Visual-tactile Perception of Materials and Human-Robot Interaction
Industrial robots are programmed to perform operational tasks efficiently. In cognitive robotics, we expect the robots to be “truly intelligent”, such that they understand the surrounding world as we do. Read more
Fine-grained Entailment Analysis of Large Language Model Hallucination
The project is to design and develop methods and algorithms for detection and evaluation of hallucinated contents generated by large language models. Read more
Machine Learning for Multiscale Simulations of Polymers with First-Principal Accuracy
Molecular simulations have become an invaluable tool in the development of polymer science and engineering. Read more
The development of a performance optimization strategy on heat transfer devices with considerations of the dynamic system characteristics
This research aims to optimize the performance of heat transfer devices by integrating geometric design improvements with system-level flow control. Read more
Approximation-Assisted Transient Vapor Compression Cycle Modeling under Fast Fluid Dynamics Simulated Built Environment
Transient simulation of heating, ventilation and air-conditioning systems is of dire needs. Such model serves as the digital-twin representation of the actual building thermal envelope conditions for the purposes for control optimizations as well as thermal comfort improvements. Read more
Multi-Physics Optimization of Control Valve Structure – An Integrated approach with Approximation Assisted Models
This research proposed a control valve optimization approach based on multi-physics fluid dynamics modeling. This allows for the rapid completion of key component structural design to achieve the control valve's performance requirements. Read more