I’m thrilled to be attending the Research@Intel event where we are showcasing our automotive research. Recently auto makers have been adding more technology to their cars to deliver better experiences for their customers, and to begin to extend connected consumer’s experiences into cars.Most new cars now have support for digital media, Bluetooth and USB device connectivity; some even have internet and WiFi on-board. However, having just sampled the currently shipping systems from some of the world’s leading car manufacturers, I can say firsthand that the feature lists and capabilities are very extensive and impressive, but there is room to dramatically enhance and innovate on the experiences they deliver. You can, in fact, connect your phone, play digital media, and access some connected services. All, after spending a significant amount of time connecting devices, setting up accounts and passwords, and finding controllers and buttons. Unfortunately, getting the most from these systems requires a significant learning time and reading user guides. One vehicle benchmarked had 3 system displays, 4 rotary controllers, and a touch-pad that must be used in conjunction with a multi-button rotary controller. Yikes! While I applaud the rapid integration of technology into vehicles, there is a lot of room to innovate on how these technologies are designed and integrated for the vehicle environment. The magic required is system level integration for the user’s tasks at hand, user design with a purpose. What tasks are users trying to accomplish most often, while simultaneously using the vehicle? How can these be made compelling experiences and not more work for people? Intel labs Integrated Platform Research is demonstrating how to combine the computing and communications capabilities embedded in the car, with that of smart phones and vehicle-focused cloud services. Bringing them together in a simple, compelling way. The Car, Cloud and Phone experience at Research@Intel securely connects these components with one touch. It leverages the deep processing and service capabilities of the cloud for customized vehicle remote control and video surveillance. With this technology in your new car you could quickly and easily pair your smart Phone with it, even before you drove it home from the dealer. Your phone would automatically be configured specifically for your car putting its unique features and controls at your fingertips, even when you are away from your car. Our app looks familiar, reproducing the look and feel of your car’s interior, key FOB buttons, displays, even the look of the dash. You can be away from your car, but stay in touch with it. Inside a restaurant ordering dinner? What happens if your car is bumped? You will instantly be notified on your phone. You’ll be able to view stored and live video from your car, directly on your phone. Someone’s pet bumped into your car?, No problem, enjoy your dinner. Another vehicle hit your car? No that’s a problem and you can take action. This is only one example of what you could do with your car, the cloud and your phone working together. This technology is fully integrated with a production vehicle and its embedded, on-board systems. I can’t wait to see people’s reaction to these new in-car and remote vehicle experiences.
Connect With Us
- gta on What makes a super computer become a super computer?
- Profilebaker on Meet the “New” Makers: They Love Electronics, but Aren’t Necessarily Techies
- gk-edv on The Internet of Things will overtake you only if you let it
- Negin Owliaei on The Internet of Things will overtake you only if you let it
- website packages on Ask the Expert: The Internet of Things
Tags#IntelR&Dday @idf08 Big Data circuits Cloud Computing Ct CTO energy efficient Future Lab Future Lab Radio HPC IDF IDF2008 IDF 2010 Immersive Connected Experiences innovation Intel Intel Labs Intel Labs Europe Intel Research ISSCC Justin Rattner many core microprocessor mobility multi-core parallel computing parallel programming radio Rattner ray tracing research Research@Intel Research At Intel Day Robotics security silicon photonics software development Stanford technology terascale virtual worlds Wi-Fi WiMAX wireless