RESEARCH

Human-AI System Interaction

• Multi-Agent System (MAS) for Unexpected and Emergency Health Issues
• Dynamic Trust Modeling in Human-AI Interaction with Quantum Model
• Adaptive Pediatric Ankle-Foot Orthosis
• Naturalistic Finger Movement Modeling
• Human Performance Modeling with Naturalistic Language

Digital Twin for Amputees: A Bidirectional Interaction Modeling and Prototype with Convolutional Neural Network

• Lead student: Jason Wu
• Fund: Faculty-mentored Undergraduate Research Support (Santa Clara University) (PI: Dr. Junho Park)

Prototype Biofeedback Augmented Reality Glasses for Workload Detection with Machine Learning

• Lead student: Vikram Jangid
• Fund: Faculty-mentored Undergraduate Research Support (Santa Clara University) (PI: Dr. Junho Park)

Comparison usability of upper-limb prosthetic between virtual reality and real-world

• Fund: NSF – 1856676 (PI: Dr. Maryam Zahabi)

Cognitive Workload Classification and Prediction 

• Fund: NSF – 1856676 (PI: Dr. Maryam Zahabi)

Usability Predictor: Human Performance Model – Upper Limb (HPM-UP)

• Source code
• Fund: NSF – 2041889 (PI: Dr. Maryam Zahabi)

Novice – Cognitive Performance Model (N-CPM)

• Source code
• Fund: NSF – 2041889 (PI: Dr. Maryam Zahabi)
• Collaboration: College Station/ Houston Police Department (Texas, USA)

Design for Older adults Living with Cognitive Impairments (DOLCI)

• Fund: Texas A&M Triads for Transformation (T3) (PI: Dr. Maryam Zahabi)

Effects of unreliable automation, non-driving related task, and takeover time budget on drivers’ takeover performance and workload

• Fund: SAFE-D (PI: Dr. Maryam Zahabi)

Re-designing ambulance in-vehicle display based on computational human performance modeling

• Collaboration: Texas A&M Emergency Medical Service (EMS)

Interactive Human Performance Modeling Tool for Mobile Applications