(The following topics include but are not limited to)
Track 1: Embedded Systems
Real-time operating system kernels and scheduling optimization
Low-power design and management of embedded systems
Embedded artificial intelligence chips and deployment
Embedded system security and trusted computing
Embedded software architecture and modular development
Heterogeneous multi-core embedded platforms
Embedded system debugging and verification techniques
Open-source embedded system ecosystem
Vehicle-grade and industrial-grade embedded systems
Reliability design of embedded systems
Hardware/software co-design methods
Standardization and certification of embedded systems
Track 2: Internet of Things
Hardware design of IoT edge nodes
Low-power wide-area IoT protocols
IoT operating systems and middleware
IoT device management and operation
IoT time-sensitive network technology
IoT wireless energy collection and transmission
Reliable communication mechanisms for industrial IoT
IoT device secure boot and authentication
IoT semantic interoperability technology
IoT testing and performance evaluation
Green and sustainable IoT technologies
IoT open-source platforms and toolchains
Track 3: Intelligent Control
Control theory and applications
Intelligent and optimal control systems
System science and system engineering
Intelligent systems and control
Embedded systems and robots
Network intelligence and network control
Mechanical and electrical systems and optimization algorithms
Control based on microprocessors
Control of intelligent vehicles
Aerospace applications
Instrumentation and sensors
Control theory and control engineering
Power systems and their automation
Detection technology and automation devices
Embedded control
Pattern recognition and intelligent systems
Mechanical and electrical system detection and control ......