(a) Interpretation: The unit cell number should be determined. Concept Introduction: The arrangement of ions, molecules and atoms is placed in order in the material of crystalline. Intrinsic nature gives the ordered structure of the particles that helps to form the symmetric pattern. This symmetric pattern is repeated with the three principal directions of the dimensional space.

Question

E3.2 Consider the following prototype patterns. i. ii. iii. P1 = P2 = 10.5. [1] Find and sketch a decision boundary for a perceptron network that will recognize these two vectors. Find weights and bias which will produce the decision boundary you found in part i, and sketch the network diagram. Calculate the network output for the following input. Is the network response (decision) reasonable? Explain. p = [2] iv. V. Design a Hamming network to recognize the two prototype vectors above. Calculate the network output for the Hamming network with the input vector given in part iii, showing all steps. Does the Hamming network produce the same decision as the perceptron? Explain why or why not. Which network is better suited to this problem? Explain.

Answer 1

Question

Chapter 3, Problem 3.25P

Interpretation Introduction

(a)

Interpretation:

The unit cell number should be determined.

Concept Introduction:

The arrangement of ions, molecules and atoms is placed in order in the material of crystalline. Intrinsic nature gives the ordered structure of the particles that helps to form the symmetric pattern. This symmetric pattern is repeated with the three principal directions of the dimensional space.

Interpretation Introduction

(b)

Interpretation:

Atom number of iron atoms in the paper clip should be calculated.

Concept Introduction:

The arrangement of ions, molecules and atoms is placed in order in the material of crystalline. Intrinsic nature gives the ordered structure of the particles that helps to form the symmetric pattern. This symmetric pattern is repeated with the three principal directions of the dimensional space.

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