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Rising demand for electric cars and a growing desire for easy and quick transportation are two major reasons that are projected to continue to drive the rise of the electric vehicle camera market’s revenue. An rise in traffic accidents would greatly help in the expected revenue growth of the worldwide market.
Electric vehicles are autonomous, meaning they can perceive their environment and run without a driver. A range of in-vehicle technologies, cameras, and sensors are used to do this. As traffic congestion and accidents rise, there is an increasing need for autonomous vehicles.
The UAE EV Camera market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2026, registering a CAGR of XX% from 2024 to 2030.
The multipurpose camera from Bosch blends AI techniques with conventional image-processing techniques. The front video camera’s third generation is crucial to driver assistance systems because it enables cars to consistently and accurately recognize persons and objects.
To provide reliable object recognition, traditional image-processing algorithms are integrated with artificial intelligence techniques. Additionally, this qualifies them for upcoming uses involving video-based driver assistance systems, including autonomous driving.
In both assisted and autonomous driving, the car must always be aware of its surroundings. It must be capable of accurately detecting things and people, as well as responding to them.
The most recent model of Bosch’s front video camera is essential in this situation: The multipurpose camera uses an advanced, high-performance system-on-chip (SoC) with a Bosch microprocessor for image-processing algorithms to enable assisted and partially automated driving.
For thorough scene interpretation and accurate object recognition, it uses a novel multipath approach that blends traditional image-processing algorithms with artificial intelligence techniques.
