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Now that we defined a simple artificial Neron, it's time to take a look at exclusive logical gate X

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or here we have two imputes we can call them and B or just call them X and Y, like a previous example,

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X and here VI and the output Z in this game, the output would be one or the output would be true.

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Whenever the inputs are different, it means when Boulting Putes are zero about what will be zero.

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When voting foods are the same one the output is also zero.

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But whenever the inputs are different then the output is one.

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I'm going to call these X is X and here these axis Y.

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OK, here we have zero and zero in this point, just like previous example for and gate and or gate,

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they're going to show the zero output with a circle and these two one feed triangle here we have zero

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zero here we have when Y is one and X is zero, this one is when X is one and Y is zero, meaning they

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are different, whatever triangle would be, whenever the inputs are different.

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And again, for one on one input, I'm going to show you the circle again because it's zero.

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We want to just separate these two.

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There is no way that I can separate these two sets of data.

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Which one line?

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Anything that I do.

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I need to do it with two lines.

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Here is one line and here is another line.

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I suppose the input is less than whenever the input of our data is less than the value of dysfunction

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and greater than this one.

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Then we will have an output of one.

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Otherwise we have output of zero.

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The question here would be how can we show it with anyone?

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Because we learn for each function.

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We need to have one error for this purpose.

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We need to convert it to another graph here.

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I'm going to call these excess and and this success or so I'm going to convert this data into another

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graph which is based on or and and for both inputs zero.

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Both X Wold or of them and and of them is zero.

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So it would be here.

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The output of them is also zero for both one whenever this one, this will be reflected here whenever

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bool Darwan so the output would be born.

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It's the same four and it's the same four and and whenever here we have the output of zero and one and

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one and zero, the four of them would be one and, and of them in both cases would be zero.

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So both of them are going to reflect on this line, which I show that we do triangle now that I converted

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this data into another graph, it says or annexes and I can they are now separated all they are trackable.

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I can separate them with one line.

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And here it's.