Nissan To Use NASA's Artificial Intelligence Technology To Drive Cars
On Thursday, Nissan CEO Carlos Ghosn confirmed that a new generation of Leaf electric cars was in preparation, with several key developments in autonomous driving. Carlos Ghosn made these announcements during the opening speech at CES 2017. Did you know that you can play at Australian online Casinos and win brand new car, such as Nissan, Toyota and many more.
Here Are The Key Points
First, the CEO of Nissan confirmed that a second generation of Leaf electric cars was route and would arrive in a near future. Did you know that you can play at Australian online Casinos and
He did not reveal much more details about the new generation Leafs. Notably it did not reveal its price, nor its capacity of autonomy. On the other hand, we know that the new Leaf will be equipped with Nissan ProPilot's stand-alone driving technology. The camera-based ProPilot system was designed to allow Nissan cars to operate autonomously under certain highway conditions.
In addition, Nissan announced the launch of its new integrated autonomous mobility system (SAM). Derived from a technology developed by NASA, SAM uses artificial intelligence to determine if human intervention is needed.
In fact, SAM is smart enough to know that he is not smart enough to fully understand certain situations. But instead of turning to the occupants of the car to be guided, SAM relays information from his LIDAR, cameras, radar to a human "mobility agent", who is then able to instruct the car.
According to Nissan, SAM can use every pass he makes on the streets of a city as a learning opportunity. Thus, the more SAM will be on the road, the fewer opportunities there will be for human intervention. Nissan has based SAM technology on NASA software called Visual Environment for Remote Exploration (VERVE), which can be translated as "visual environment for remote exploration". It is a system that NASA uses to control its interplanetary robots.
Nissan believes that SAM could one day be an advantage for everyone, for individuals but also for large-scale transportation systems.
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