Analyzing the Development of Neural System for System Identification
| Vol-4 | Issue-6 | June 2019 | Published Online: 12 June 2019 PDF ( 251 KB ) | ||
| Author(s) | ||
| Shaik Abid Ali Khan 1; Dr.A.Bhavani Sankar 2 | ||
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1Research scholar of Sri Satya Sai University of technology and medical sciences, Sehore (MP) (India) 2Research Guide, Sri Satya Sai University of technology and medical sciences, Sehore (MP) (India) |
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| Abstract | ||
Artificial neural networks (ANN) are electrical analogs of the biological neural nets. Biological nerve cells, called neurons as appeared in the Figure, get signals from neighboring neurons or receptors through dendrites, process the got electrical heartbeats at the phone body and transmit signals through an enormous and thick nerve fiber, called an axon. The electrical model of a regular biological neuron comprises of a linear activator, trailed by a nonlinear hindering capacity. The linear actuation capacity yields the sum of the weighted input excitation, while the non-linear repressing capacity endeavors to capture the signal dimensions of the sum. So in this article we have studied the development of neural system for system identification. |
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| Keywords | ||
| ANN, Neural system. | ||
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