Engage the cloak.

It was covered up.

Shielded nuclear power sources.

Tell me, would 2inch lead shielding do as well?

You'll find a Suliban cloaking device there.

The cloak is your first priority.

Get the cloak on line!

Can you repair the cloak?

The cloak's not responding, sir!

Get that cloaking device working.

And here are the possible invariances

Who sabotaged the cloak?

No, sir. The white house is one of the most heavily shielded buildings in the world.

we were testing the cloaking device.

You end up paying two occlusion penalties for this guy over here and this guy over here.

ROBOT Where do you wish the shielding stacked, sir?

Engineering... disengage the cloak and transfer all power to engines.

For example, suppose you were imaging a circular object with these two imagers here.

Here is a second question I'd like to ask you.

Chief Engineer Tucker reports we'll have cloaking capability within 6 hours.

The cost of those in total are 40.

We're going to need the cloak to complete this mission.

It also outlawed the use of cloaking technology on Starfleet vessels.

Can you mark the location to which you'd like to correspond this specific red pixel over here in the right scan line by minimizing the total cost of occlusion and bad matches.

They'll see what we want them to see, nothing more.

As a result, this B moves over here.

We can trade off the bad match cost with the occlusion cost.

However, you can also correspond as follows.

If he wanted to damage the cloak, he could have done a much better job.

So often times, occlusion is a source of great error for a recognition algorithm. But occlusion is also a source of signal.

You can see how he reconstructs the building facades in unprecedented detail.

Let's assume if the color matches perfect, we pay zero, but if the color matches very poor, we pay 20.

Let's assume the cost for a bad match, when we match 2 colors that don't correspond, is 20.

Notice how the different occlusion costs give different results for the correspondence program in this dynamic programming question.

And most responsible people that measure temperatures realize you have to shield your measuring device from that.

The pixels are for the left scan line black, red, black, black, black, black and for the right scan line black, black, black, black, red, and black.

As before, we get to see red pixels, black pixels, and the occlusive blue pixels as indicated over here.

Halt.

It's also increasing fixing CO2s, sequestering some of the airborne pollutants.

What this teaches us is that in matching pixels to pixels, we match an entire corresponding line in stereo.

Some disguise.

That means we have an occlusion cost to pay over here and an occlusion cost to pay over here.

There are dozens of EPS feeds on this deck, and the only one that overloads is the one connected to the cloaking device.

I've got everything covered.

Recognition and figure ground inference needs to co evolve.