- Programming Techniques for Embedded Multicore/Manycore SoCs
Focus: Parallel programming models, compiler support, and software optimization. - Architectural Innovations in Embedded Multicore/Manycore SoCs
Focus: Novel core designs, memory hierarchies, and scalable architectures. - Design Methodologies for Embedded Multicore/Manycore SoCs
Focus: System-level design, modeling, and co-design strategies. - Interconnection Networks for Embedded Multicore/Manycore SoCs
Focus: NoC architectures, routing algorithms, and communication-aware design. - Testing, Security, and Trust in Embedded Multicore/Manycore Systems
Focus: Hardware security, fault tolerance, and trust verification. - Design Automation and Low-Power Techniques for Embedded Manycore SoCs
Focus: CAD tools, power-aware synthesis, and energy-efficient design flows. - Real-Time Systems for Embedded Multicore/Manycore SoCs
Focus: Scheduling, timing analysis, and predictability. - Operating System Platforms for Real-Time Embedded Applications
Focus: RTOS design, virtualization, and OS-level support. - Application Domains for Embedded Multicore/Manycore SoCs
Focus: Automotive, robotics, healthcare, and industrial use cases.
- Hardware Acceleration of AI on Embedded Edge SoCs
Focus: AI inference engines, edge deployment, and hardware-software co-design. - Machine Learning for Energy-Efficient and Reliable Manycore Systems
Focus: ML-based optimization, reliability modeling, and performance tuning. - Chiplet-Based Architectures and Design for Multicore SoCs
Focus: Modular integration, inter-chip communication, and scalable ecosystems. - Sustainable Design and Lifecycle Management for Multicore SoCs
Focus: Carbon-aware computing, energy harvesting, and recyclable materials. - Privacy-Preserving AI Acceleration on Embedded Multicore SoCs
Focus: FL, homomorphic encryption, and trusted environments. - Formal Verification and Benchmarking of Multicore SoC Platforms
Focus: Model checking, simulation acceleration, and reproducible benchmarking. - Compiler Technologies and Toolchains for Embedded Multicore SoCs
Focus: Parallelizing compilers, DSLs, and toolchain co-design. - Multicore SoCs for Cyber-Physical and Autonomous Systems
Focus: Sensor fusion, control loops, safety-critical systems, and edge autonomy. - 3D Integration and Heterogeneous Design for Multicore SoCs
Focus: 3D-ICs; Heterogeneous Multicore Architectures; Advanced Packaging…
Focus: The 2026 MCSoC-NeuroCore Global Summit on Neuromorphic Systems and Brain‑Inspired Computing brings together the world’s leading researchers, innovators, and visionaries to shape the next era of intelligent computing. As neuromorphic engineering accelerates toward mainstream adoption—from edge intelligence and autonomous systems to cognitive architectures and next‑generation AI—MCSoC-NeuroCore serves as a global forum for charting the scientific, technological, and societal impact of brain‑inspired computation.
