Call for Papers

Track 1: VLSI

• 3-D Integration and Physical Design
• Algorithms Implemented in VLSI Systems
• Advances in CAD for VLSI
• Crypto VLSI Hardware and VLSI Hardware Security
• Cyber-Physical Things (IoT)
• Deep Submicron Design and Modeling Issues
• Digital Circuits and FPGA-based Designs
• Emerging CMOS Technology
• Energy-Efficient and Fault-Tolerance Design
• Electronic Design Automation (EDA)
• Formal Verification
• Hardware for AI and ML
• Hardware/Software Co-Design
• Hardware and Systems Security
• Heterogeneous Architectures and Models
• Logic and High-Level Synthesis
• Low-power Digital Systems
• Low-Power and Thermal-Aware Design

• Photonic Integrated Circuits
• Power Estimation Methodologies
• Prototyping, Validation, Verification, Modeling, and Simulation
• Reconfigurable Architectures
• RF and Analog and Mixed Signal Circuit Design
• Sensors, Packaging, and Interconnects
• Specification Methods and Languages
• System-on-Chip and Network-on-Chip
• Test, Verification, and Reliability
• Variability, Reliability, and Test
• VLSI Architectures
• VLSI Aspects of Sensor and Sensor Network
• VLSI design for Edge Intelligence IoT
• VLSI Signal Processing
• VLSI Testing and Reliability
• Quantum Information Processing Systems/Quantum logic circuits
• Emerging Semiconductor Technologies

Track 2: Embedded Computing

• Adaptive Embedded Systems
• Analog/Mixed-Signal System Design
• Digital Filter Design
• Digital Signal Processing and Applications
• Digital System Design and Validation
• Distributed and Networked Embedded Systems
• Embedded OS, Scheduling, and Runtime Support
• Embedded Robotics, Instrumentation, and Measurement
• Embedded Software Engineering
• Fault Tolerant and Trusted Embedded Systems
• High-Performance Computing Systems
• Identification and Supervision Systems
• Internet of Things
• Machine Learning for Embedded Applications
• MEMS
• Micro and Nano Technology
• Microcontroller and FPGA Implementation
• Multi-objective Optimization

• Networked Embedded Systems
• Power and Thermal Aware Computing
• Rapid Prototyping
• Real-time Systems and Applications
• Reconfigurable Systems
• RFID, RF Engineering, and Microwave Systems
• Security in Embedded Systems
• Sensors and Sensor Networks
• Software and Hardware Architectures for Embedded Systems
• System Architecture Synthesis
• Testing and Benchmarking
• Bio-Medical, Automotive, and Avionic Systems
• Cloud Computing for Embedded Systems
• Mobile and Ubiquitous Computing
• Multimedia Management in Embedded Systems
• Power System Automation
• Verification and Validation for Embedded Systems
• Safety of Machine Learning for Embedded Systems