Topics
(related to the below topics, but not only limited)

Track 1: Electronic Design Automation (EDA)
• Progress of EDA algorithms
• EDA for emerging technologies
• Hardware-software co-design with EDA
• EDA in High Performance Computing (HPC)
• EDA in analog and mixed-signal design
• Security and reliability in EDA
• Open Source EDA Initiative
• EDA and Internet of Things (IoT)
• EDA for FPGA and ASIC design
• EDA in the automotive industry

Track 2: Integrated Circuit and System Design
• Digital, analog, mixed-signal IC and SOC design technology
• IC computer-aided design technology, DFM
• Modeling and simulation

Track 3: Semiconductor Devices and Circuits
• Components and circuits for wireless systems
• Low power, RF devices and circuits
• Silicon/Germanium Devices and Device Physics
• Compound semiconductor devices and circuits
• Non-traditional and nanoelectronics
• Organic semiconductor devices and technologies
• Photonics and optoelectronics

Track 4: Process Technology and Manufacturing
• Silicon integrated circuits and manufacturing
• Interconnect, low-K, high-K and other process technologies
• Packaging and testing technology, equipment technology
• 3D integration and advanced packaging
• Chiplet technology

Track 5: Microelectromechanical systems (MEMS) and sensors
• THz and microwave microsystems
• Displays, sensors and MEMS
• Energy harvesting and wireless sensors
• BioMEMS and biomedical sensors

Track 6: Intelligent System Design
• Software and hardware co-design
• AI digital and analog software and hardware optimization
• System-on-chip multi-objective optimization
• GPU, TPU, DPU and dedicated AI accelerator space design optimization

Track 7: Energy sources and storage
• Solar cells and other new energy equipment
• Advanced storage technologies (Flash, FeRAM, PCM, ReRAM, MRAM, etc.)
• Batteries and energy storage systems

Track 8: Applications and other topics
• Communications ASICs and systems
• Artificial Intelligence and Machine Learning in IC and System Design
• Quantum computing and quantum electronics

Track 9: IC for Security and Security for IC
• Hardware-intrinsic security primitives (e.g., PUF, TRNG, and PQC/FHE/NTT)
• Architectural and microarchitectural attacks and defenses
• Secure system-on-chip (SoC) architecture
• Trusted platform modules and hardware virtualization
• Side-channel attacks and countermeasures
• Hardware IP core protection and trust for consumer electronics systems and IoT
• Security and trust of AI/ML, and AI/ML for hardware security
• Hardware-assisted cross-layer security
• Emerging nanoscale technologies in hardware security applications