Domain wall dynamics in HM/FM nanotracks emulate ReLU neurons and step-like quantized synapses, yielding simulated ANN accuracies of 97% on MNIST and 86% on Fashion-MNIST.
A novel mtj-based non-volatile ternary content- addressable memory for high-speed, low-power, and high- reliable search operation,
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Spintronic Neuromorphic Hardware Using Domain Wall Based Neurons and Quantized Synapses
Domain wall dynamics in HM/FM nanotracks emulate ReLU neurons and step-like quantized synapses, yielding simulated ANN accuracies of 97% on MNIST and 86% on Fashion-MNIST.