International Symposium of EDA (ISEDA 2027)

The International Symposium of EDA (ISEDA 2027) brings together advances in electronic design automation spanning system architecture, circuit implementation, manufacturing, and emerging computing technologies.

Key Topics

• AI And Open Source EDA
  • Artificial intelligence for design automation
  • Cloud and parallel computing for EDA
  • Open source EDA tools and platforms
  • EDA databases and standardization
• Physical Implementation
  • Floorplanning, placement, and routing
  • Clock network synthesis
  • 3D and 2.5D IC physical design
  • Post-layout and post-silicon optimization
• System-Level Modeling And Design
  • HW and SW co-design and co-verification
  • System-level modeling and simulation
  • Formal verification methodologies
  • Networks-on-chip architectures
• Memory Architecture And Computing
  • On-chip memory architectures and management
  • Emerging memory hierarchy design
  • Near-memory and in-memory computing
  • Storage system architectures
• Testing And Verification
  • RTL and gate-level verification
  • ATPG, BIST, and DFT techniques
  • 3D IC testing and fault tolerance
  • Memory testing and repair
• Power, Timing And Energy
  • Timing analysis and optimization
  • Power modeling and simulation
  • Low-power and thermal-aware design
  • Energy harvesting and battery management
• Analog And Mixed-Signal Automation
  • Analog and RF synthesis
  • Mixed-signal layout and verification
  • Electromagnetic circuit simulation
  • Mixed-signal design considerations
• Manufacturability And Reliability
  • Design-technology co-optimization
  • Lithography-aware design checks
  • Yield and defect tolerance
  • Circuit and device reliability analysis
• Packaging And Multi-Physics
  • Chiplet and package modeling
  • Thermal and stress simulation
  • Signal and power integrity analysis
  • Multi-physics simulation methods
• Technology And Device Modeling
  • Compact device modeling
  • Process design kits
  • Semiconductor process simulation
  • Cell library characterization
• Emerging Applications
  • Design automation for quantum computing
  • Silicon photonics automation
  • 3D IC and heterogeneous integration
  • Biomedical and MEMS design automation

Who should Attend

• EDA researchers and academic faculty
• IC and VLSI design engineers
• Semiconductor technology specialists
• Verification and validation professionals
• Packaging and manufacturing experts
• AI and cloud computing developers for EDA
• Graduate students and early-career researchers
• Industry innovators in emerging computing systems