CFP summary
DSD 2026 is the 29th Euromicro Conference Series on Digital System Design, a long-running international venue focused on digital and mixed hardware/software system development. The official call describes DSD as addressing the full design process, from specification and design methodology to processor architectures, digital circuits, and VLSI implementations. It aims to bring together researchers and engineers from academia and industry working on advanced research, development, and applications in embedded, pervasive, and high-performance systems. The 2026 edition will be held at the AGH University of Kraków, Poland. Beyond the core conference series identity under Euromicro, the conference emphasizes current and future challenges in cyber-physical and embedded systems, design automation, modern implementation technologies, and application-driven innovation across hardware and systems design.
Topics
Embedded, pervasive and high-performance digital and mixed HW/SW system development; system and processor architectures for embedded and high-performance HW/SW systems; design methodology and design automation for all design levels of embedded, high-performance and cyber-physical systems; modern implementation technologies from full-custom circuits in nanometer technology nodes to FPGAs and MPSoC infrastructures. Main topics listed on the official CFP page include: artificial intelligence from edge to cloud—architectures, methods, tools and applications; design and synthesis of systems, hardware and embedded software—specification, modelling, analysis, validation and testing; design automation at system, processor, register-transfer, logic and physical levels; formal methods in system and hardware design; IoT, cyber-physical, embedded systems and applications; systems-on-a-chip, networks-on-a-chip and systems-in-a-package; high-performance, energy-efficient multi-core and many-core heterogeneous processor architectures; autonomous, adaptable and reconfigurable systems and architectures; security, safety, reliability and multi-objective optimization of embedded and cyber-physical systems; future trends, new applications and new technologies.