That relationship is made possible by our friendship. I was designed to talk to you and communicate with your car to help make sure that you're always happy and have everything you need.
It's A Machine: Conversations About The Automobile, Keith Nichols, eBook - itpaylela.tk
Concept-i follows our belief that vehicles shouldn't start with technology—they should start, and end, with the experience of the people who use them. Therefore, Concept-i was built from the inside out, with a focus on making it immersive, energetic and, most importantly—approachable. Thanks to artificial intelligence, we foresee an automotive future wherein our cars can connect with us. Thanks to Yui, Concept-i will enhance that relationship between car and driver. But I can't take all of the credit.
The East and West have very different ideas on who to save in a self-driving car accident
I'm just one part of your awesome experience. Aside from me, there's another part that makes it feel so special. That's called AI. It's a pretty common technology in the future, although I know you're just starting to hear about it. Along with AI, the car and I work together with the goal of detecting what you and your passengers are thinking, feeling and needing. The AI is the brains, the car is the brawn, and I'm the voice that unites you both.
I talk to you and then to the car. We're like a dream team. The more we all hang out together, the more fun it'll be. Trust me. In the future, we envision you, Yui and the car working together—like teammates.
Now, here comes the really fun part. Thanks to the car's advanced automated driving technologies, people with all levels of ability can enjoy the ride. You're still in charge of the car. However, through biometric sensors throughout the car, Concept-i can detect what you're feeling. That information then gets analyzed by the car's AI. That's when the automated features kick in. Let's say, for example, that you're feeling sad; the AI will analyze your emotion, make a recommendation and if necessary, take over and drive you safely to your destination. So safety and protection are a major benefit of this relationship.
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By knowing you better, Concept-i can help protect you better. So, you may have heard that in the future, it's super cold and robotic.
You may have heard that your ability to drive your own car is taken away from you. So not true. Concept-i is different from a lot of the other cars in the future because you can drive it, and it can drive you. So it is autonomous, but not fully. For example, if you want to drive, you can. If we're out driving and the AI senses that you need a break, I'll tell the car that, and the car could take over with the goal of getting you safely to your destination.
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How cool is that? Concept-i looks as brilliant as it sounds—from its expressive sculptural qualities and elegant graphics to its captivating lighting and design. Its minimal yet artful interior is designed to help support its user experience. Lines flow from the center of the dashboard throughout the vehicle, while Yui travels around them, using light, sound and even touch to communicate critical information. It utilizes a single wide-screen, 3-D, full-color Head-Up Display that blends into an interior that is clean and uncluttered. Even the exterior of the car elevates the relationship between the car and the world around it, communicating with others on the road while expressing motion and excitement.
UPS execs insist that the UPS driver is a core element to its success and the face of the company, but they have tested the use of drone deliveries for some applications including dropping essential supplies in Rwanda and demonstrating how medicine could be delivered to islands. In rural areas, where drones have open air to execute deliveries and the distance between stops makes it challenging for the drivers to be efficient, drones launched from the roofs of UPS trucks offer a solid solution to cut costs and improve service.
Drones could also be deployed in UPS sorting facilities and warehouses to get items on high shelves or in remote areas. The technology used by UPS generates a cache of data that opens up even more opportunities to become more efficient, improve the customer experience, innovate delivery solutions, and more.
Adobe Stock Adobe Stock. That is, of course, the classic trolley problem, devised in by the philosopher Philippa Foot. Almost 50 years later, though, researchers in the Scalable Cooperation group at the Massachusetts Institute of Technology Media Lab revived and revised the moral quandary. Here, the decision is no longer a split second one, but something programmed into the car in advance—the sort of theoretically informed prejudgement that helps train all artificial intelligence.
For example: participants from eastern countries like Japan, Taiwan, Saudi Arabia and Indonesia were more likely to be in favor of sparing the lawful, or those walking with a green light. Participants in western countries like the US, Canada, Norway, and Germany tended to prefer inaction, letting the car continue on its path.
And participants in Latin American countries, like Nicaragua and Mexico, were more into the idea of sparing the fit, the young, and individuals of higher status. You can play with a fun map version of the work here.