New Sony Patent reveals Vehicle Control Technology With Self-Driving

Sony appears to be keeping up their reported self-driving push with a fresh patent accorded to the firm by the World Intellectual Property Organization past this week, about half a year after its preliminary application. The patent file implies that the Japanese technology colossal tend to be developing a self-driving program which is able to recognize the mode of functioning of the other automobile through a “determining system,” however hardly any information regarding the technology have been exposed. The unit can be employed to an electronic control unit to handle an autonomous ride, based on the patent application. On top of that, the patent deals with a mechanism that will enable multiple cars to interact their operation modes to each other instantly. Sony’s expected self-driving aspirations initially surfaced past month after Nikkei stated that the Tokyo-based firm was going to team up with several taxi services in Japan as part of an attempt to create a taxi-hailing system supported by artificial intelligence features.


The alliance, consisting of Tokyo-based taxi services Daiwa Motor Transportation, Hinomaru Kotsu, Kokusai Motorcars, Green Cab, and Checker Cab, allegedly strives to create an AI technology which is able to predict demand for the transport service by factoring in one’s trip history, climate upgrades, traffic indicators , and nearby public events. In perception, the AI-powered taxi medium can certainly bestow numerous vehicles in places where it feels there’s a growing demand for the service. It’s currently not clear whether the firm and their associates want to launch the program beyond their home nation. A year ago, Sony exhibited an leisure based driverless automobile referred to as the New Concept Cart SC-1, a three-seater vehicle which can ride by itself around at speed 12mph (19.31kmh). The demonstration was held at the Okinawa Science and Technology University last year, with the autonomous cart sporting five 35mm R Exmor CMOS sensors, along with ultrasonic units and a two-dimensional LIDAR, offering the SC-1 with the potential to take precise distance measurements as well as have a 360-degree check of its surrounds.

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