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Intelligent driving

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Intelligent driving application

Application Overview

Transportation is the key to revitalizing the country and the foundation of a strong country. The Central Committee of the Communist Party of China and the State Council issued the "Outline for Building a Strong Transportation Country" in 2019, which clearly proposed to vigorously develop smart transportation and promote the Beidou satellite navigation system.

Intelligent driving

Application scenarios

  • Low speed unmanned vehicle

  • Autonomous passenger vehicles

  • Robo-Taxi/Bus

    Low speed unmanned vehicle

    Low speed unmanned vehicle

    Autonomous vehicle with a speed of less than 50 km/h (generally referred to as "low-speed automatic driving"), mainly used in schools, scenic spots, parks, airports, mines, etc; The application scope includes unmanned vehicles for logistics distribution in specific areas, mining, unmanned agricultural machinery, catering and retail services, and is divided into two types of applications: passenger and cargo carrying.

    Autonomous passenger vehicles

    Autonomous passenger vehicles

    The intelligent development of automobiles, with autonomous driving as an important direction, requires high precision in real-time vehicle positioning and is an important foundation for decision-making such as path planning. As the assembly rate of L2 level autonomous vehicles continues to increase, the assembly rate of sub meter level combination positioning modules will continue to rise.

    Robo-Taxi/Bus

    Robo-Taxi/Bus

    For public transportation, its fixed routes, slow speeds, and dedicated lanes make it an ideal landing scenario for autonomous driving. Robo Taxi/Bus can not only help alleviate traffic pressure on main roads, but also flexibly respond to unexpected situations, achieving functions such as pedestrian and vehicle detection, deceleration and avoidance, emergency parking, obstacle detour and lane change, and automatic stop by station.

Recommendations

Jinwei Jidian has already broken through multiple core and key technologies such as reliable reception of high-sensitivity signals in complex environments, vehicle grade trusted positioning technology, high-precision fusion positioning technology, and anti-interference technology design. It has developed a vehicle grade high-precision baseband RF integrated chip that supports full system full frequency point public signals and independent Beidou working mode.