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. This premier summit convenes experts across devices, circuits, architectures, algorithms, materials, and large‑scale systems to explore breakthroughs that bridge neuroscience, computing, and emerging AI paradigms. With a comprehensive set of specialized tracks, MCSoC-NeuroCore 2026 provides a unified platform for deep technical exchange, cross‑disciplinary collaboration, and strategic foresight into the future of neuromorphic and cognitive computing.
Tracks
- Brain‑Inspired and Neuromorphic System Architectures
- Next Generation Neuromorphic Computing Platforms
- Architectures for Large‑Scale Spiking Neural Systems
- Brain‑Inspired Hardware for Cognitive and Adaptive Systems
- Neuromorphic Intelligence: Circuits, Systems, and Architectures
- In‑Memory and Event‑Driven Computing Architectures
- Analog, Mixed‑Signal, and Memristive Neuromorphic Systems
- Energy‑Efficient Neuromorphic Accelerators for Edge and Cloud
- Brain‑Inspired Algorithm–Hardware Co‑Optimization
- Bio‑Inspired Learning Mechanisms in Hardware
- Neuromorphic Approaches for Foundation Models and On‑Device AI
- Brain‑Inspired Architectures for Autonomous and Embodied Intelligence
- Cognitive Computing Models and Brain‑Derived Algorithms
- Hybrid Neuromorphic–AI Co‑Design for Real‑World Applications
- Novel Devices for Neuromorphic Computing: Memristors, PCM, RRAM
- Bio‑Hybrid and Neuro‑Electronic Interfaces
- Materials and Devices for Ultra‑Low‑Power Neuromorphic Systems
- Neuromorphic Software Stacks, Compilers, and Programming Models
- Simulation, Benchmarking, and Evaluation of Neuromorphic Systems
- 3D Integrated and Heterogeneous Neuromorphic
Paper Submission
All papers must be submitted electronically through EDAS. Authors are encouraged to review the detailed submission instructions before uploading their manuscripts.
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The conference proceedings, including all technical tracks, special tracks, and special sessions and workshop papers, will be published by IEEE Conference Proceedings, which will be included in the Computer Society Digital Library (CSDL) and IEEE Xplore, subject to meeting IEEE Xplore’s scope and quality requirements.
