Tag
This paper empirically investigates how pruning, adversarial training, and hardware-induced weight faults jointly affect the reliability of convolutional neural networks, finding that adversarial training increases sensitivity to stuck-at-zero faults while pruning has little effect on fault sensitivity.
This paper proposes using intrinsic device noise on analog neuromorphic hardware as a resource for continual learning by conditioning each weight's stochastic dynamics to avoid crossing memory-critical barriers, demonstrating non-monotonic retention improvement and validation on BrainScaleS-2 silicon.