perceptron.m 1Efunction [w, t, flag] perceptron (X, y, max_iter) [m, n] = size (X) ; 4 flag w = zeros (n, 1); = 0; 6 t = 1; == 0) while (t < max_iter) && (flag * Your tasks: 8. $ 1. searches for violation point p, i.e. the label disagrees with p*w $ 2. update the seperation plane vector w $ 3. if there is no more violation point, set flag = 1. 10 12 13 t = t + 1; 14 end * as a good habit: normalise the seperation vector by it's norm w = w./norm (w, 2); 15 16 17 Lend O12 345 Or
perceptron.m 1Efunction [w, t, flag] perceptron (X, y, max_iter) [m, n] = size (X) ; 4 flag w = zeros (n, 1); = 0; 6 t = 1; == 0) while (t < max_iter) && (flag * Your tasks: 8. $ 1. searches for violation point p, i.e. the label disagrees with p*w $ 2. update the seperation plane vector w $ 3. if there is no more violation point, set flag = 1. 10 12 13 t = t + 1; 14 end * as a good habit: normalise the seperation vector by it's norm w = w./norm (w, 2); 15 16 17 Lend O12 345 Or
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
Related questions
Question
Modify given code in picture. (don't make very long code)
![perceptron.m x
1 function [w, t, flag]
= perceptron (X, y, max_iter)
2
3
[m, n]
= size (X) ;
flag
= 0;
w = zeros (n, 1);
6
t = 1;
while (t < max iter) && (flag
7
== 0)
8
$ Your tasks:
$ 1. searches for violation point p, i.e. the label disagrees with p*w
$ 2. update the seperation plane vector w
* 3. if there is no more violation point, set flag = 1.
10
12
13
t = t + 1;
14
end
* as a good habit: normalise the seperation vector by it's norm
w = w./norm (w, 2);
15
16
17 Lend
H H H H H H H H](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F30dd9370-9672-4b0b-ac65-4acab1f56aef%2Fb1fbff97-bd7a-45af-b9a9-868ed57da5e2%2Ffy6j9gn_processed.png&w=3840&q=75)
Transcribed Image Text:perceptron.m x
1 function [w, t, flag]
= perceptron (X, y, max_iter)
2
3
[m, n]
= size (X) ;
flag
= 0;
w = zeros (n, 1);
6
t = 1;
while (t < max iter) && (flag
7
== 0)
8
$ Your tasks:
$ 1. searches for violation point p, i.e. the label disagrees with p*w
$ 2. update the seperation plane vector w
* 3. if there is no more violation point, set flag = 1.
10
12
13
t = t + 1;
14
end
* as a good habit: normalise the seperation vector by it's norm
w = w./norm (w, 2);
15
16
17 Lend
H H H H H H H H
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