Lakhasly

CARS TH 1 Thanks to modern technology, humans have less to do. Machines make our coffee in the morning and clean our dishes.Robots vacuum, mop floors, and mow our yards hands-free.Drivers can make bad judgments, get sleepy, and run red lights, but robots don't.In a hands-free car, people can respond to email without worrying Driverless cars use a lot of the same technological features to make hands-free driving possible.Select "cautious," and it will obey the speed limit. Or choose "aggressive" and drive faster.According to car manufacturers, the benefits of hands-free are significant.A prototype3 driverless car has sensors and cameras to give the car a 360-degree "eye" to sense its full environment. The sensors can "see" turns, red lights, stop signs, and other cars.Cameras can see for us at night and steer cars around obstacles to avoid accidents.In fact, driverless cars are already on the roads and may soon end up at a dealer near you.3 4 u. S

CARS TH 1 Thanks to modern technology, humans have less to do. Machines make our coffee in the morning and clean our dishes. Robots vacuum, mop floors, and mow our yards hands-free. But what would it be like if machines drove our cars for us? What if cars could drive us to work while we read the newspaper or work on the computer? This may sound like science fiction¹. In fact, driverless cars are already on the roads and may soon end up at a dealer near you.
According to car manufacturers, the benefits of hands-free are significant. For one, driverless cars can improve safety. In the United States, over 90 percent of car accidents are the result of human error. Drivers can make bad judgments, get sleepy, and run red lights, but robots don't. In a hands-free car, people can respond to email without worrying Driverless cars use a lot of the same technological features to make hands-free driving possible. A prototype³ driverless car has sensors and cameras to give the car a 360-degree "eye" to sense its full environment. The sensors can "see" turns, red lights, stop signs, and other cars. Its computer uses GPS and other data to drive the car safely to its destination. All you need to do is tell it where to go and how you want to drive. Select "cautious," and it will obey the speed limit. Or choose "aggressive" and drive faster. 2 Cars today already think for us. GPS navigation systems can give people directions without looking at a map. Sensors built into cars sound an alarm if drivers get too close to a person or another vehicle. Cameras can see for us at night and steer cars around obstacles to avoid accidents. By using GPS, sensors, and cameras together, cars can now park themselves and control drivers when they're about to make a dangerous turn. Now car companies are building driverless cars that will do all of this, and much more. 3 4 u. S