Sensor Technology Quotes

The first autonomous cars date back to the late 20th century. But recent increases in sophistication and reductions in cost - reflected, for example, in cheap LIDAR systems, which can 'see' a street in 3D in a way similar to that of the human eye - are now bringing autonomous cars closer to the market.

Some Google employees have their self-driving vehicles take them to work. These car robots don't look like something from 'The Jetsons'; the driverless features on these cars are a bunch of sensors, wires, and software. This technology 'works.'

As sensors and networks continue to expand around the world, we'll see violence drop even further. After all, when there's a danger that your actions can be caught on tape and shown around the world, you're more responsible for your behavior.

You can use the Internet to find out, from anywhere on the planet: exactly how much coffee is in a certain coffee machine at Cambridge University in England; exactly how many sodas are available in certain vending machines at certain major universities; and much, much more.

When a regular camera focuses physically, what the regular camera is doing is adjusting the lens relative to the sensor to bring different parts of the scene into focus.

The sensors have many potential practical uses - in Government buildings, train carriages, cargo containers, on a soldier's lapel - and are a thousand times cheaper than current sensors that are used for the same purpose.

I grew up playing video games. And the cool thing about the EA Sports games is they took me through the whole motion-capture thing, where they put little sensors on my body so the video game really is me. It actually moves the way I move.

It's not about putting a speaker in a chair or putting a TV in a bed. That's not how technology and the home intersect. For me, it's about sensors, about the home knowing where you are.

A few years ago, Bill Gates was boasting that we'll soon have sensors which will turn on the music that we like or show on the walls the paintings we like when we walk into a room. How boring! The hell with our preexisting likes; let's expand ourselves intellectually.

What we need is a 'Smart Wall' to solve our 21st century border problems. A Smart Wall would use sensor, radar and surveillance technologies to detect and track incursions across our border so we can deploy efficiently our most important resource, the men and women of Border Patrol, to perform the most difficult task - interdiction.

Wearable technology will tell us how well we are sleeping and whether we need to exercise. Sensors in the street will help us avoid traffic jams and find parking. Telemedicine applications will allow physicians to treat patients who are hundreds of miles away.

Among many other things, a smartphone functions as a handheld digital sensor for the physical world. In other words, we don't necessarily need our real world things to be directly connected, when the Web interface in our mobile devices provides the network access and intelligence.

Your cellphone has 10 sensors, and your car has 400. But your body has none - that's going to change.

With the IoT, we're headed to a world where things aren't liable to break catastrophically - or at least, we'll have a hell of a heads' up. We're headed to a world where our doors unlock when they sense us nearby.

Parking is a nightmare for me... I still have sensors on my car that help me park.

They also explained how the sensors can monitor the levels of acetone on people's breath, and this can be used to tell people who suffer from diabetes when their next insulin shot is due. This is a more discreet method than what is currently on the market.

We're about getting all the people who want to compete with Samsung to be able to build devices. So we're kind of down at the guts level saying, 'Hey, we can give you the hardware, the sensor platform, the software you need to go build your own one.'

With the release of the Dragon sensor... I have finished my mission. I am done posting. I will no longer be the face of Red.

When a driverless car looks out on the world, it's not able to distinguish the age of a pedestrian or the number of occupants in a car.

Yes, iD is a machine vision and sensor browser for the physical world. That's what we have been working on with Coca-Cola, Verizon, Bank of America and Disney to launch content when an image is recognised.

Well, you can say there is a self driving car. I'm seeing the automation of vehicles. Really, computer-assisted driving. I think that is really interesting to us because we are taking all of the sensors technologies and putting them in cars and making people safer.

There is a shirt company that is making sensors that go into your clothing. They will watch how you sit, run or ski and give data on that information.

As the internet of things grows, as we have sensors on everything: cars, fridges, TVs then data is going to become ubiquitous.