Open Linxiang-Wang opened 8 months ago
I changed the input dataset of the single-layer fully connected SNN to N-MNIST, and it can still undergo training. However, is the Poisson encoding redundant in this case?
for recognizing MNIST instead of N-MNIST. Why is that?
Because users are familiar with MNSIT. To use N-MNIST, users have to learn how to process neuromorphic datasets first.
but the accuracy only reached 72%. Is this a normal phenomenon?
It is as expected.
is the Poisson encoding redundant in this case?
No, because some new users may not agree to input data to SNNs directly.
I see. So, what you mean is that the example of the single-layer fully connected SNN recognizing MNIST with MNIST + Poisson encoding actually demonstrates a process for handling static datasets?
Yes. In the next tutorial, the encoder is removed and the image is sent to the SNN directly.
Hello, I noticed that in the tutorial, a single-layer fully connected SNN is used for recognizing MNIST instead of N-MNIST. Why is that?At the same time, I also tried using a single-layer fully connected SNN for DVS Gesture recognition, but the accuracy only reached 72%. Is this a normal phenomenon?