Environment, Energy & Sustainability
Environment, Energy & Sustainability
- Welcome
- Digital Technology & AI
- Dynamic Models for Real-Time Autonomous Decision Making in the Real World
- AI-Enhanced Soft Robotics for Precision Colonoscopy and In-Situ Bioprinting
- TwinGPT: AI-Generated Digital Twins with Conversational Interfaces
- Smart CNT Nanocomposite Sensing Structures for Robotic and Biomedical Systems
- Ontology-Grounded AI and Digital Twins
- AI for Materials Discovery
- Physics-Guided Scientific Machine Learning for Trustworthy Mechanical and Physical Systems
- Advancing Humanoid Robot Learning through Perception Modeling, World Model, and Biomimetic Machine Intelligence
- Green Serverless Computing for Resource-Efficient AI Training
- Smart Health & Biomedical
- Soft Robotics-Enabled Wearable Haptic Interface for VR/AR and Medical Training
- Flexible In Situ 3D Bioprinting System with Physical AI for Adaptive Tissue Repair
- Ultrasensitive Lateral Flow Immunochromatography for Low-Cost Cancer Screening
- Smart and Adaptive Robotic Systems for Stroke Recovery: A Scalable Rehabilitation Framework for Resource-Constrained Environments
- 3-D MRI-informed AI for Hand Bone 2-D X-ray Image Enhancement
- How Wearables Are Changing Cancer Care in Vietnam?
- Accelerating Patient Rehabilitation via Wearable Filament Sensor Networks
- Semantic EEG-to-Speech/text translation with visual feedback and large vocabulary dictionary
- Environment, Energy & Sustainability
- Policy Pathways for Achieving Sustainable Urban Mobility in Emerging Cities
- Development of an AI-Robot-IoT Platform for Coral Reef Ecosystem Conservation
- Vietnam Industry Innovation Index (VIII)
- Strategic Dynamics and Behavioral Drivers of ESG Manipulation in Vietnamese Firms
- Carbon Footprint Monitoring and Management System for Tourism
- Design and Development of an Intelligent Biomimetic Humanoid Robot for Secure and Adaptive Agricultural Assistance
- NanoSense Go: Portable Environmental Gas and Particle Sensors
- FlashForge Circuits: Light-Based Printed Electronics on 3D Structures
- FeelBot Grasp: Smart 3D-Printed Robotic Grippers with Embedded Sensing Materials
- Autonomous Multi-Robot EV Charging with AI Optimization and Renewable Energy (AIREC)
- Advancing Sustainable Electric Vehicle Charging through Green Infrastructure and Smart Charging Techniques
- Carbon Stock Estimation and Biodiversity Assessment in Vietnam Forests using Remotely Sensed Data and Deep Learning Neural Networks
- Knowledge-informed AI Forecasting for Water Quality in Vietnam’s Sustainable Aquaculture – AquaWatch Australia (Vietnam Pilot)
- Digital Twin Platform to Empower Communities towards an Eco-friendly and Healthy Future
