Very interesting! Especially the conclusion about brain that have old bad working synapses - just refresh periodically your knowledge to keep it in your brain!:)
Thanks so much for helping me understand. I want to use it to hold microchips undergoing testing at a steady elevated temperature. The test sequence causes variations in internal heating that I want to anticipate and this seems like a good way to zero in on the best control.
Splendid. 16-neuron neural network. If we connect several of these back to back, so that potentiometer settings are input to the next one, is it "Deep" Neural Network?
Dear Mr. Widrow, I have read some of your articles about ANC which allowed me to really understand the theory of ANC. However, I have a question, please. I hope you can answer to me: The estimated signal, which is sended to the loudspeaker, is very similar to the input signal (whose difference giving the very near zero error). Based on this, if it is emitted the estimated signal to get action on the input signal, it is obtained almost twice the input signal, then It is necessary invert the estimated signal before though the loudspeaker?, so that it achieves cancellation or difference? Thanks in advance for read my question, With Best Regards, Gustavo.
That was quite an amazing demonstration.
Great ADALINE hardware presentation!
Wonderful demonstration. I always keen to know how hardware emulates biological systems. Thank you, professor.
Thank you doctor.. is such a joy to watch you!
Very interesting! Especially the conclusion about brain that have old bad working synapses - just refresh periodically your knowledge to keep it in your brain!:)
Thanks so much for helping me understand. I want to use it to hold microchips undergoing testing at a steady elevated temperature. The test sequence causes variations in internal heating that I want to anticipate and this seems like a good way to zero in on the best control.
Thank you Doctor. Both parts are amazing.
Splendid. 16-neuron neural network. If we connect several of these back to back, so that potentiometer settings are input to the next one, is it "Deep" Neural Network?
This is the guy I want to learn from. He also isn't because his voice is so calming I am afraid I might fall into blissful sleep!
Very relaxing
my special thanks to you sir
Thank very much
This video clearly differentiates a MASTER from its followers .....
very clear explanation with practical demonstration,
Thank you sir
Dear Mr. Widrow,
I have read some of your articles about ANC which allowed me to really understand the theory of ANC. However, I have a question, please. I hope you can answer to me:
The estimated signal, which is sended to the loudspeaker, is very similar to the input signal (whose difference giving the very near zero error). Based on this, if it is emitted the estimated signal to get action on the input signal, it is obtained almost twice the input signal, then It is necessary invert the estimated signal before though the loudspeaker?, so that it achieves cancellation or difference?
Thanks in advance for read my question,
With Best Regards,
Gustavo.