Track 1: Devices and Circuits for Edge Applications |
Computing Circuits and Techniques for AIoT Systems |
Emerging Sensing Devices and Circuits for Edge IoT |
Memory Technologies for AIoT at the Edge |
New Communication Circuits and Techniques for AIoT Systems |
Other Devices and Circuits for Edge Applications |
Track 2: Hardware Systems and Architectures at the Edge |
Energy Efficiency, Scalability and Performance Trade-offs in AIoT Systems at the Edge |
Machine learning and deep learning for IoT systems |
Communication Systems and Architectures for AIoT |
Computing Systems and Architectures for AIoT |
Intelligent Battery and Power Management for AIoT systems |
Intelligent Sensing Systems and Architectures for Edge IoT |
Other Hardware Systems and Architectures at the Edge |
Track 3: EDA Tools, Systems and Software for Edge AIoT |
Natural language processing/conversational AI/GPT for the Edge |
New AI Algorithms and Architectures for IoT systems |
New EDA Tools for Edge AIoT Application Development |
Other areas in EDA Tools, Systems and Software for Edge AIoT |
Track 4: Emerging Technologies and Applications at the Edge |
IoT-enabled AI applications, involving smart cities, smart homes, smart cars, etc. |
AI and IoT for the Metaverse |
Edge Applications involving On-Device/Tiny Machine Learning |
Generative AI Applications for Edge IoT |
Other Emerging Technologies and Applications at the Edge |
Track 5: Security, Privacy, and Ethical Concerns and Solutions for AIoT at the Edge |
Ethical considerations and need for Standards in AIoT Systems |
Hardware-Focused Security and Privacy Attacks/Solution |
Hardware-Software Co-Design for Security and Privacy |
Software-Focused Security and Privacy Attacks/Solution |
Track 6: Industrial Design and Applications of AIoT |
AI-based Industrial IoT data analytics/visualization |
AIoT Applications in Robotics and Industrial Automation |
AIoT for Manufacturing at Scale |
Other Areas of Industrial Design and Applications of AIoT |