kernel

Kernel

Jack Pumpkinhead.

Pumpkinhead.

Next, Pumpkinhead!

What's the pumkin for? I brought it for Tommy.

Hey, hey, hey. Someone bring some oil. All we have to do now is to fry her.

Can we make JackOLanterns?

A pumpkin, if you please. My name's Jack.

What're you making? It's pumpkin soup.

What about the JackOLantern?

Steve The Colonel Cropper, Donald Duck Dunn,

Select the default Linux kernel configuration

And they're not all bad.

I figured carving a JackOLantern would keep him occupied.

Come on in. We're making a JackOLantern.

Choushi, Miyano, from a cool mountain

You, with pumpkin.

Hey, watch the pumpkin.

Ruddy pumpkinhead, isn't he?

It's not. I got it at the A P. It's like, uh... squash.

Pumpkins of witches are there to roast.

MPPE required, but kernel has no support. Please use a kernel with mppe support.

The kernel's protected.

So in this quiz I've given you a very small image of 3 by 3, and I'd like you to apply a kernel that's about like the previous one, except I flipped the left and right side over here.

Little girls, pumpkinheads make chicken fly the coop.

And the Kirsh mask, like the one over here.

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

Add a new Linux kernel to the boot menu

No ATAPI writing support in kernel

Enter the filename of the kernel you want to boot here.

So, you know, I realized when I was there,

At midnight I'll turn into a pumpkin and drive away in my glass slipper.

There's ways to keep it the same size by assuming everything around the original image is zero.

Is it linear or nonlinear?

We took an image, and we applied a small kernel.

Thrun

You can select the graphics mode for this kernel here. If you intend to use a VGA graphics mode, you must compile the kernel with support for framebuffer devices. The ask setting brings up a prompt at boot time.

The gradient image in the horizontal direction is the image convolved with this kernel over here.

In fact, you can claim your own kernel.

Then take the absolute value of each pixel, so you're going to ignore the minus sign, which is clearly an nonlinear operation.

These he peddles still, prompting God and disgracing man, bearing for fruit his brain only, like the nut its kernel.

I find this really interesting because we can now devise a single, linear kernel that does both smoothing and find gradients at the same time.

Haley's comet or giant squids or the size of the world's biggest pumpkin pie or whatever it was.

Now, we already learned something really interesting, which is the special case of a linear filter.