Integrated Command & Control Center
Designing an Integrated Command and Control Center (ICCC) for Sustainable Smart Cities to capture real-time information and enable effective decision-making for traffic, air quality, and resource management.
Smart Observer: Fishermen Work Hours
Using AI and statistical analysis to estimate fishermen work hours on distant water fishing vessels, aiming to prevent labor exploitation and improve working conditions in Taiwan's fishing industry.
Parkinson's Disease Evaluation
Developing a visual imagery-based assessment using OpenPose and smartphones to analyze movement disorders, providing an objective and accessible diagnostic tool for Parkinson's disease.
Smart Health Monitoring
Leveraging AI and wearable sensors for continuous health monitoring, enabling early detection of health anomalies and personalized wellness recommendations.
Smart Grid Design
Implementing multi-agent systems for fair energy allocation and prediction in smart grids. Addressing challenges in renewable energy stability and efficient distribution management.
Smart Traffic Control
Developing Model Predictive Control (MPC)-based Traffic Light Control Systems to dynamically adjust signals based on real-time traffic volume, reducing congestion.
Driver Fatigue Prediction
Creating a prediction model that forecasts driver fatigue onset, giving drivers advance warning to rest, thereby preventing accidents caused by drowsiness.
Landslide Prediction CPS
Building a Cyber-Physical System with sensor networks and Artificial Neural Networks to accurately predict landslides, providing critical pre-alarm time for evacuation.