Signals in sentence

699 examples of Signals in a sentence

Instead of jamming the GPS signals, you fake them.

In any GPS receiver, there's a peak inside that corresponds to the authentic signals.

The fake signals now completely control this GPS receiver.

The key is that civil GPS signals are completely open.

So I said, extracellular matrix, which is this stuff called ECM, signals and actually tells the cells what to do.

So these vocal effects can actually be quite subtle, in some cases, but with any digital microphone, and using precision voice analysis software in combination with the latest in machine learning, which is very advanced by now, we can now quantify exactly where somebody lies on a continuum between health and disease using voice signals alone.

So I want to share with you some of these bellwether signals, or signs, and winds of change that are sweeping this continent.

Then you have to update your model based on the signals coming back, and you have to do something that is interesting, which is you have to do a kind of depth of thought assay.

You have to send signals to manage your image in their mind.

You sit across the desk from somebody, they have some prior image of you, you send signals across the desk to move their image of you from one place to a place where you want it to be.

In the Sufi faith, this great Middle Eastern religion which some claim is the root of all religions, Sufi masters are all telepaths, so they say, but their main exercise of telepathy is to send out powerful signals to the rest of us that it doesn't exist.

And the reason that I got obsessed with this, besides the obvious family aspects, is that I spend a lot of time around mathematicians, and mathematicians are drawn to places where there's a lot of data because they can use it to tease signals out of noise.

Basically, I send people signals at random points throughout the day, and then I ask them a bunch of questions about their moment-to-moment experience at the instant just before the signal.

And if we can actually provide feedback, sensory signals that go back from this robotic, mechanical, computational actuator that is now under the control of the brain, back to the brain, how the brain deals with that, of receiving messages from an artificial piece of machinery.

So our idea is to create a bypass, is to use these brain-machine interfaces to read these signals, larger-scale brainstorms that contain the desire to move again, bypass the lesion using computational microengineering and send it to a new body, a whole body called an exoskeleton, a whole robotic suit that will become the new body of these patients.

When I think about moving my legs, neural signals from my central nervous system pass through my nerves and activate muscles within my residual limbs.

Artificial electrodes sense these signals, and small computers in the bionic limb decode my nerve pulses into my intended movement patterns.

Artificial electrodes are then placed on each AMI muscle, and small computers within the bionic limb decode those signals to control powerful motors on the bionic limb.

When the bionic limb moves, the AMI muscles move back and forth, sending signals through the nerve to the brain, enabling a person wearing the prosthesis to experience natural sensations of positions and movements of the prosthesis.

When Jim moves his phantom limb, the reconnected muscles move in dynamic pairs, causing signals of proprioception to pass through nerves to the brain, so Jim experiences normal sensations with ankle-foot positions and movements, even when blindfolded.

Because Jim's central nervous system is receiving the proprioceptive signals, it knows exactly how to control the synthetic limb in a natural way.

Today's technology is starting to make it really easy to see the signals and tells that give us away.

But they have other communication signals they use.

Now, one way to crack the code is to interpret these signals and figure out what they mean, but it's a difficult job, and we actually don't have a Rosetta Stone yet.

They'll ignore external radio signals and send very few of their own.

There are many early warning signals that are predicted by this theory.

And it gets its name from the electrical signals called Delta waves that we record from the brain.

Now the signals all still look pretty similar.

One, our eyes can't really detect the differences in patterns without averaging out the noise, and two, even after removing the noise, our eyes can only pick up the signals associated with faces.

The ear’s task is to convert sound energy into neural signals; the brain’s is to receive and process the information those signals contain.

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