How to pronounce“sensors”in English

sensors into medical devices so that you can in the development phase get a better idea of what's working what's not

sensors and actuators and so on, you probably can't run that simulator all the time.

sensors yes yeah I had a question about the official characterization of the Chinese

Sensors picked up the squeals and chirps from the dolphins as I was swimming next to the dolphins, and then they ran it through a computer.

Sensors picked up the squeals and chirps from the dolphins as I was swimming next to the dolphins, and then they ran it through a computer.

Sensors picked up the squeals and chirps from the dolphins and then they ran it through a computer.

sensors, their anatomy through scans, their environment through sensors as well, and then traditional data.

sensors right in the instrument um so you play this cello you plug it in it

Safety sensors in the machine noticed this sudden change and triggered two things in short succession.

- The sensors show Brady's maximum spin rate on this day was 628 revolutions per minute.

of sensors inside that measured the electrical signals that my brain sending through my nerves.

The sensors will get into the faucets, too, it's just a matter of time.

the sensors know what you've picked up.

Biometric sensors or even external devices.

and Sensors, Connected Healthcare, Maxim Integrated, Health Technology Forum, and others.

call sensors, calibration.

External sensors that gives it the IMU, the SpeedCam.

of sensors are approximately the same.

pressure sensors in your aneurysm sac that are wirelessly telling what the pressure is to the outside.

putting sensors on the roads you know we can be and and Link them to the to the traffic lights we now create a different kind of an ecosystem where we can

this fusion of sensors as a transformation in public safety.

engine temperature sensors from NASCAR and built a probe that confirmed water on the moon.

1-in camera sensors.

It's five camera sensors back here, and each one of them is either the best...

Nowadays keeping your sensors up and catching how your near environment is changing then adapting to those changes has become very important.

There are sensors for all tastes all over your tongue.

the optical sensors and satellite images-- and then seeing if we can find a pattern that's local to that LiDAR that can be then translated

So we can have sensors that someone like Microsoft could develop that can help us actually measure carbon in real time and how it's changing,

And these sensors feed information back to the farm manager in real time.

left and right light sensors and driving toward a light source.

It has position sensors.

It has aerodynamic sensors.

We need to develop sensors, sensors that allow us to know how the oxygen is changing in the ocean, how the pH is changing in the ocean.

Having automated networked sensors, taking the research that we do and applying the Internet of Things to it, is desperately what we need.

And the sensors are like relaxing.

Its batteries and sensors and software and all of that stuff.

Now with sensors-- and to your point, Jonathan, we can start saying, potentially, let's monitor.

But when you use sensors you miss that context.

So these sensors transduce the microwave heat into electrical resistance, and then we're able to measure that on the superconductor very, very accurately.

and with different sensors-- accelerometers, light sensors, whatever, you know, buttons, knobs-- and be able to wirelessly communicate.

of our sensorimotor sensors in that way, this is really something incredible.

from smart cities and sensors and things like that to understand how best we can make those decisions for future designs, buildings, et

And these are passive sensors.

And the various sensors which we have put on the Sentinels are observing various parts of this system.

with improved the sensors and instruments.

They're applying sensors to the keypads for extra effects.

But the sensors, the black and white sensors, they're naturally black and white.

So the sensors can see-- even though we see from 400 to 700 nanometers of light-- sensors can see between roughly 300 nanometers

So we have sensors in the eye-- certain types of cells that are very sensitive to sunlight.