Motion detectors.

Metal detectors.

We collide them inside giant detectors.

Those lie detectors can be fooled, right?

What Cristine did was use our Blicket Detectors.

Going to a school that has metal detectors is stressful.

That's roughly 10,000 times the range of man made fire detectors.

After the injection, the patient's breast is placed between the detectors.

We take the pictures of those mini Big Bangs inside detectors.

Yeah, dogs, and metal detectors, and locker searches, and strip searches.

Now, modern feature detectors extend Harris corners into much more advanced features.

I developed a detector that replaces the current detectors that Homeland Security has.

Come on, Garfield! Jesus Christ! They don't check teachers with the metal detectors.

I've developed a system that exceeds the sensitivity of detectors that are hundreds of thousands of dollars.

So, the big idea is that we can build on the success of face detector and pedestrian detectors.

For example, perceiving infrared is good because you can actually detect if there's movement detectors in a room.

So, the poselet idea is, is exactly to train these detectors but we don't wish to determine these in advance.

So once we have this idea of training positive detectors. We can actually train two versions of a positive detector.

Then it has detectors on its back so it can sense how much starlight or moonlight is hitting its back.

So, the way, of course, how we train face detectors pause that we had images where all face had been marked out.

And the idea here is that they are looking for a sign of a dark matter particle hitting one of their detectors.

And because they can be seen further away telescopes are bigger and detectors are better, suddenly they became a viable cosmological test again.

Because, number one they kill you when you work on them, number two, they tell everybody who's got gamma ray detectors where the stuff is.

Metal detectors and police squad cars at entering school, and one of the high schools in our neighborhood was even dubbed Murder High for years.

Actually, there was an appeal worldwide for new detectors sustainable in the environments where they're needed to produce, which is mainly in the developing world.

So one way to look for them is to build detectors that are extremely sensitive to a dark matter particle coming through and bumping it.

So the bottom one is the state of the art device that's out there right now, which is basically made up of light detectors, but no encoder.

And then the limbic system is activated when we see motion, when we see color, and there are primary shapes and pattern detectors that we've heard about before.

So when, can compute the precision recall curve for detectors for cats and dogs and chairs and tables, and so on, and measure the area under that curve.

But flux is what's measured and we have detectors that can operate in full range of wavelengths from radio to gamma rays and they are usually measured over some finite bandpass.

What the Actor does with this information depends on its policy, which is stored in the strengths of the connection, between the odor detectors and the motors that power the fly's evasive actions.

And what the Russians are doing is they're building these detectors and immersing them about a kilometer beneath the surface of the lake so that they can watch for these flashes of blue light.

But the problem was that the gamma detectors were these huge, bulky tubes, and they were filled with these scintillating crystals, and you just couldn't get them close enough around the breast to find small tumors.

It's getting closer and closer, and in 20 ... whatever year it will be when our detectors are finally at advanced sensitivity we'll build them, we'll turn on the machines and, bang, we'll catch it the first song from space.

They used Harris corner detectors to find corners in the image of this toy 3D house, and they were able from a number of images to fully recover the 3D structure of every single corner point, as shown in this video.

And that feeling also led me to a pilgrimage of sorts, to go literally to the ends of the earth to see telescopes, detectors, instruments that people are building, or have built, in order to probe the cosmos in greater and greater detail.

And these includ I mean leading approaches from, from our book where we have bottom up detectors, which try to find boundaries based on brightness, color, and texture differences, as well as some globalization through the use of normalized cups into the spectral partitioning technique.

I graduated high school in May, and I decided that I was going to start up a company to commercialize these technologies that I've developed, these revolutionary detectors for scanning cargo containers and these systems to produce medical isotopes, but I want to do this, and I've slowly been building up a team of some of the most incredible people