P9.4 The operational amplifier-resistor neuron circuit from Figure P9.4(a) needs to be analyzed. Compute fo2 as a function of w₁, W₂, and w3, and of the bias T as indicated on the neuron symbol of Figure 9.4(b). Assume for computation purposes that the two neurons are equivalent. 6000 www 3000 ww 18000 9000 www 12 k ww ww 18000 X₂ 2 S for 2 12000 W₂ -/(x-7) -1 Figure P9.4 High-gain neuron with weights and nonzero threshold: (a) circuit diagram and (b) symbol. (a) Draw the neuron's transfer characteristics as a function of zw (b) Determine the range of activation z that allows for the linear operation of the neuron. Assume fat-fat+1= 14 V. (c) Assume that the neuron needs to classify patterns of two classes and find its responses due to the eight individual input values, which are 102

P9.4 The operational amplifier-resistor neuron circuit from Figure P9.4(a) needs to be analyzed. Compute fo2 as a function of w₁, W₂, and w3, and of the bias T as indicated on the neuron symbol of Figure 9.4(b). Assume for computation purposes that the two neurons are equivalent. 6000 www 3000 ww 18000 9000 www 12 k ww ww 18000 X₂ 2 S for 2 12000 W₂ -/(x-7) -1 Figure P9.4 High-gain neuron with weights and nonzero threshold: (a) circuit diagram and (b) symbol. (a) Draw the neuron's transfer characteristics as a function of zw (b) Determine the range of activation z that allows for the linear operation of the neuron. Assume fat-fat+1= 14 V. (c) Assume that the neuron needs to classify patterns of two classes and find its responses due to the eight individual input values, which are 102

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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