NeuromorphicRouting: Асинхронные ядра SNN, детекция нарушений сердца при < 100 мкВт и импульсная телеметрия

NeuromorphicRouting заменяет традиционные синхронные шины событийно-ориентированной асинхронной маршрутизацией, кардинально снижая задержки и энергопотребление в многоканальных медицинских биосенсорах.

NeuromorphicRouting Asynchronous Fabric Architecture

AER Packet Routing and Spiking Neural Crossbars

Central System: Neuromorphic Routing Fabric - Asynchronous Mesh Switch

Clinical IoMT Nodes

  • Asynchronous AER Bus
  • Spiking Router Switch
  • Synaptic Crossbar Array
  • Event-to-Packet Bridge
  • Temporal Filter

Architectural Layers & Regulatory Standards

  • Address-Event Representation (AER) (Quasi-Delay-Insensitive (QDI) Asynchronous Logic): Encoding biological spikes as source address and timestamp tuples across 4-phase handshakes.
  • Asynchronous Network-on-Chip (NoC) (2D Mesh Topology / Dimension-Order Routing (DOR)): Deadlock-free wormhole routing directing neural event packets across multi-core silicon meshes.
  • Synaptic Weight Crossbar Routing (ReRAM Synaptic Arrays / Spike-Timing Plasticity): Non-volatile memristive crossbars routing and weighting event pulses in analog domain.
  • Clinical Alarm Priority Dispatch (Virtual Channel Priority Queuing / Zero-Jitter Interconnect): High-priority emergency preemption routing acute cardiac and neurological alarms first.

Key Metrics: < 100 ns (Per-Hop Switch Routing Latency) | Zero Clock (Asynchronous Clockless Architecture) | 10 MSpikes/s (Event Throughput per Core) | < 10 pJ (Energy per Routed Event)

Имитация биологической синаптической маршрутизации в медицинском кремнии

Biological nervous systems route sensory data using asynchronous action potentials rather than global clock ticks. NeuromorphicRouting brings this architecture to medical implants and intensive care monitors, achieving sub-microsecond latency on micro-watt power budgets.

Core Engineering Areas

Technical Articles

Related Cluster Architecture Specifications