How AI Paves the Way for Next-Level Driving Experience

AI is advancing the experience of effortless transit, forcing automakers to jump into the race to bring AI-based driverless cars into wider use.

FREMONT, CA: Connected cars have been recently hitting the headlines and dominating tech-talks.  Surely, connected cars are no figment of imagination in the era of artificial intelligence (AI), which is being used to complement driverless cars. Simply put, the reason for this explosion of AI is the data available today. With the support of connected devices and services, automakers can collect data, thus charging the AI revolution. At the same time, efforts are being made to improve AI abilities in autonomous vehicles to enable deep learning, computer vision, and parallel computing algorithms. AI has become an essential element of automated drive technology, and it is essential to know how it functions in autonomous and connected vehicles. Here is more to it.

Automation has almost always been a part of the driving experience. Automation features are now so common in consumer vehicles that people forget the subtle role automation that has already been playing in making the everyday car experience seamless. There are several levels of vehicle autonomy that outline the progress and what's on the horizon for the vehicles of the future. The current pandemic has had a drastic impact on AI's progress in the automotive industry, with a view of AI capabilities and interest in electric vehicles that could run autonomously. Soon, automakers will continue to incorporate AI into their product offerings, and the additions will be highly noticeable to consumers.

AI is used to allow the cars to navigate through the traffic and handle complex situations. Also, with AI software and other IoT sensors, like cameras, it becomes seamless to ensure proper and safe driving. Before AI fully takes over the driver's seat, it is being harnessed as a co-pilot to attain the confidence of the users, regulators, manufacturers. By analyzing data across its sensors, AI can be useful in situations where human drivers are prone to making errors.

AI can also be used to promptly gauge the physical condition of the vehicle. Data collected from the usage can be processed for both predictive maintenance and prescriptive maintenance. With this, drivers will have an easier time identifying a car warranty plan that is cost-effective and meets their particular demands, and that also reflects the car's present condition.

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