Android Cars

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What would I want to have for a future christmas present? A smartphone, or a car? Why not have both? Imagine a fully autonomous car such as Tesla’s model X, with the beauty and sleekness of a Porsche sportscar, and powered by, lo and behold, a tiny but powerful Kirin Chip. What a wonderful world it could truly be. Flying cars may be possible in the future, but current technologies point to the direction of electric smart cars. Today, infotainment systems with fully integrated android capabilites are becoming a standard in the latest vehicles. Elon Musk, Tesla’s visionary founder, has already realized the potentials to be explored in this current trend. We could say goodbye to fuel as the main energy source and say hello to solar powered cars paired with lithium-ion batteries. The integrated android systems in vehicles could communicate and be monitored from a central control office which would ease both ground and air traffic, and prevent accidents from occurring. While in the city, cars may be fully autonomous, but when in the countryside, you could have the option of driving manually to fulfill the thrill needs and without curtailing the freedom of old-fashioned driving. Like our android phones, cars could have built in storage systems for data collection, and an intuitive high resolution camera for road monitoring and safety precautions. A car with an expandable micro SD card doesn’t sound too silly to me. We could also have cloud based storage to transmit data to the central base. If there is a software malfunction in the vehicle, no problem. Just download a backup setting from the cloud storage and you are good to go. Summary: I chose this title and theme because there are truly a lot of opportunities and possibilities in an android powered car, even in the current technologies available today. Innovations in smartphone design and capabilities each year are amazing. Better wireless connections, Faster processors, HD camera resolutions, and creative designs. We could say the same thing for cars, better and more powerful engines, sense surround monitors, fuel and battery efficiency, audio and video capabilities, aerodynamic designs, etc. Why not make them into one? We could all be a witness to this in our lifetime, because the future is here, the future is now, the future is Huawei.


bilalshafique994 good luck
parastoo.khoshpasand It is Great, but needs more planned time and action plus too much effort, besides you should think about the prices issues as well and find the best prices so the people at economic levels also could buy it.
jrgparas i buy two huawei y6ii i love it ..
kian_les2008 nice........
shuhuan84 now more common on AI, kindly vte my stories at No141, thank you
bilalshafique994 amazing
bilalshafique994 wow great
tladavao Awesome story! We are definitely headed here...
kian_les2008 wow, futuristic:)
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Location context has become increasingly important for applications that capture real-world data, including those in the logistics and navigation markets. Whether tracking location of a delivery truck or providing turn-by-turn navigation, the need for a seamless way to accurately and intelligently identify the location and where their data was captured is growing. Fortunately, advancements in precise location-based services (LBS) technology are making it possible to provide mobile carriers, application developers and enterprises with a one-stop shop services platform for building or enhancing cloud-based, embedded and hybrid LBS applications, especially in IoT deployments. The platform may incorporate multiple modular technology suites, including indoor and outdoor positioning, geo-fencing, location fraud detection, maps, search, routing, navigation, real-time messaging, and analytics. Here is how the power of connected-location technologies might play out when a consumer or commercial delivery driver is in a retail store or high-rise office location: • The driver searches for their destination on a desktop, mobile or in the vehicle. All are sync’d seamlessly with a highly advanced cloud navigation platform. • Navigation is started to the destination with the vehicle’s navigation system. The platform routing engine alerts the driver to the fact that their final destination does not have parking immediately in front, and routes them to the nearest parking garage instead. • As the vehicle nears the parking garage, the mapping engine queries the CCS and loads the indoor map data for the parking garage, along with the real-time data for empty spots. The route is updated to guide the vehicle to the empty parking spot nearest to the driver’s final destination. • As the vehicle enters the garage and loses GPS coverage, position determination automatically switches over to Wi-Fi and inertial sensor data. This platform will then use this data to accurately guide the driver to the empty spot. If equipped, the vehicle can even park itself. • Using a cloud based navigation system, the remaining route to the driver’s final destination is automatically transferred to their mobile device. Continuing to utilize indoor positioning technology, the driver’s mobile device now guides them to their final indoor destination, depending upon the mix of the signals available to the device, and the hybrid-positioning engine to provide location. • Returning to the driver’s vehicle is a simple matter of tapping the ‘Take Me Back’ button on their mobile phone, and the needed audible and visual cues are provided to guide them back to their vehicle. • Once the driver arrives within visual distance of the vehicle, geo-fence alerts can be used to flash the vehicle lights, pulse the horn or start the engine.
Bringing Location Context to Logistics and Automotive Markets
Android Cars
The Peoples’ A.I.