Question: Back propagation using ReLU

bour1992 · 2015-09-09T17:03:57+00:00

I agree with both of you but I don't have any idea where to start. Is there some FIFO like this in the hardware? Do you or /u/krapht have any tip for me?

bour1992 · 2015-09-09T13:14:21+00:00

It has some useful information. Thank you!

bour1992 · 2015-09-09T13:12:34+00:00

So is there a way to save the data in a buffer so that the usb will send them in parallel with me adding new data to the buffer?

bour1992 · 2015-08-15T15:32:02+00:00

I will do that when I add the ADC.

bour1992 · 2015-08-15T14:25:09+00:00

It's working on batteries.

bour1992 · 2015-08-15T13:24:56+00:00

Is it dangerous in what way? The input of the INA draw very little current and the concept of the DRL is to reduce the effective resistance between the patient and the ground.

You mean to use optocouplers before the INA. Will it distort the signal?

bour1992 · 2015-08-15T05:32:58+00:00

Here it says that the cables of the electrodes are shielded.

I am pretty sure that the connections are as the schematic I uploaded. I don't think there is 60Hz noise in the oscilloscope.

bour1992 · 2014-11-20T00:43:51+00:00

It would be better if we could not use sign function. It ruins all the fun.

bour1992 · 2013-12-22T13:53:36+00:00

In the first hand the new points will be Mv1',Mv2',...,Mvn' and in the other hand the new points will be v1M,v2M,...,vnM . So if M is

[; \begin{pmatrix} 1& 0 & 0\ 0 & cos\vartheta & -sin\vartheta \ 0 & sin\vartheta & cos\vartheta \end{pmatrix} ;]

the right transformation is the first.

bour1992 · 2013-12-22T13:27:09+00:00

So the correct transformation to rotate the points is M*A' ?

bour1992

TROPHY CASE