Topics of Interest
Topics are not limited to those listed; other relevant contributions aligned with the conference theme are also welcome.
A Best Paper Award will be presented for each Track, and certificates will be issued to all authors of the awarded papers.
Research Categories
Explore our comprehensive research tracks covering the intersection of AI and sustainability
Intelligent Infrastructure and Interactive Technologies
Smart systems enabling future infrastructure, with strong links to cyber-physical integration and sensing.
- Visual Computing and Augmented/Virtual Environments
- Vehicular and Mobile Networked Systems
- Sensors and Intelligent Actuation
- Human-Computer Interaction and Adaptive Interfaces
- Conversational AI and Speech Processing Systems
- Urban Infrastructure and Smart Governance Platforms
- Cyber-Physical Systems for Built Environments
- App Ecosystems and AI-Enabled User Platforms
- Business Intelligence and Sentiment-Aware Applications
Cognitive Computing and Autonomous Systems
AI/ML-powered intelligent systems with physics- and signal-processing-aligned applications.
- Artificial Intelligence and Deep Learning Architectures
- Machine Learning for Physical and Sensor Data
- Internet of Things and Embedded Intelligence
- Pattern Recognition and Perceptual Systems
- Wearable and Assistive Technologies
- Neural and Knowledge-Based Systems
- Smart Grids and Autonomous Control Systems
- Wireless Communication and Optical Networking
- Biomedical Signal Processing and Predictive Analytics
Sustainable and High-Performance Computing
Energy-efficient and sustainable computing systems, modeling, and optimization for large-scale infrastructure.
- Green and Energy-Aware Computing Architectures
- Reconfigurable and Resilient Systems
- High-Performance and Scalable Computing
- Big Data Analytics for Environmental Monitoring
- Urban Simulation and Modeling of Complex Systems
- Blockchain for Decentralized Smart Infrastructure
- Optimization Techniques for Sustainable Informatics
- AI for Resource Allocation and Energy Forecasting
- Disaster Modeling and Smart Response Systems
Embedded Intelligence and VLSI Design
Microelectronics, hardware-software co-design, and embedded systems with real-world applications.
- Embedded Architectures and Real-Time Operating Systems
- Microcontroller Systems in Industrial and Medical Domains
- On-Device Machine Learning and TinyML
- Embedded Cybersecurity and Cryptographic Hardware
- System-on-Chip (SoC) and Semiconductor Devices
- Bio-Inspired Electronics and Smart Wearables
- Drone Systems and Unmanned Embedded Platforms
- Edge AI for Industrial Automation
- From Industry 4.0 to Industry 5.0 Transitions
AI-Driven Materials and Sustainable Nanotechnologies
Use of AI/ML and simulation in advanced materials discovery, optimization, and sustainable material systems.
- AI for Materials Design, Discovery, and Prediction
- Smart and Functional Materials for Energy and Sensing
- Nanomaterials and Nanostructured Composites
- Thin Films, Coatings, and 2D Materials
- Computational Materials Science and Molecular Modeling
- Materials for Flexible and Wearable Electronics
- Green and Biodegradable Material Systems
- AI for Characterization Techniques (XRD, SEM, AFM, etc.)
- Photonic, Magnetic, and Quantum Materials
- AI-Driven Materials for Solar Cells, Fuel Cells, and Batteries
Open to Innovation
While we've outlined key research tracks, we welcome submissions on any relevant topic that aligns with our conference theme of "Harnessing AI to Drive Sustainability Across Industries."