The graph consists of some number of nodes and some number of edges, and that's the whole story.

Line Chart

Ring Chart

like maybe not that many edges, like a star graph for example.

liter

linear

lightyears

Linear

And what he's done is he's actually reshaped, digitally, all of the contours of the mountains to follow the vicissitudes of the Dow Jones index.

Linear Sweep

Y linear

Linear Scale

Because I squared, I multiplied the second derivative of y with respect I multiplied it times itself.

Where are real price increments?

So if we go with this one, let's just solve for y.

So?

If pixels are negative, we just ignore the negative sign and map back to the absolute value.

Again, even though it's very complex to figure out which statements are executing when, the actual running time is big theta of n m.

Points in just R, or we could just say R1, you could just graph those on a number line.

How about our Gaussian kernel that we discussed in class of size 5 by 5?

Let's read the other ones.

A times x minus x1 squared.

I can offer you.

So we're actually going up by increasing amounts, so we're definitely dealing with a non linear function.

Now the second thing we have to figure out is this linear or is this a non linear differential equation?

First is our gradient kernel here minus 1, 1.

Linear

Linger after solving

Linear motion

And people often call that the vertical line test.

We've seen all of this.

Reset curve to linear

In fact, let me write that down.

And I'll quickly review the linear algebra you need in order to implement and use the more powerful versions of linear regression.

These are the x values, these are y values.

La Scie

In the new industrial revolution extractive must be replaced by renewable

This is non linear.

No? Nonlinear equations?

Now let me ask you a question.

And let me just do it in increments of 5, because I really want to get the general shape of the graph here.

What we've seen so far we've analysed a bunch of different families of graphs, and we've found that for all these examples the number of edges is like Î (n).

And I did because this'll help us, this is kind of the same pattern that you see with all of the other conic sections.

Linear

In this particular example, it