The first is the issue of application popularity. Automotive electronic intelligence. The application of sensor technology requires the use of mathematical algorithms, through Integration and micro-control realize signal conversion during car driving exchange and the extraction and identification of relevant data. Current car electricity. Sub-smart sensors have not yet been fully popularized, and only a small number. Only high-end cars are equipped with smart sensing devices, but the penetration rate is low. Less than 2%, low penetration rate. Secondly, the application effect is not good. Head Pre-smart sensors are often encountered in automotive electronics applications. Technical problems lead to poor application results, mainly as follows. The sensor control accuracy is poor and the smart sensor adaptability is poor. The reliability of smart sensors is insufficient, etc. Driving a car is related to. Driver’s life safety, therefore the application of smart sensors. The error requirement should be less than 1%. If the accuracy does not meet the preset requirements. demand will affect the driver's judgment during driving and increase. Increase safety risks during driving.
Taking into account vehicle movement. When the external environment changes, smart sensors may be located at high. Temperature areas, and may also be driven in stormy weather. if
Smart sensors installed in automotive electronic systems are not adapted to. Harsh conditions and changing environments, information collection and data. Serious interference will occur during the transmission process, thereby reducing the application. Effect and information collection accuracy.
Application development of smart sensors in automotive electronics in the future, existing design concepts should be continuously optimized according to customer needs concept to continuously improve the overall performance and application of smart sensors performance to meet growing customer demands. at the same time. Consider smart sensor performance improvements for automotive control equipment to avoid the impact caused by mismatch between sensors and vehicle equipment and the security risks caused. To this end, in the application of intelligent sensing. When designing sensors, the dependence of smart sensors on various devices should be taken into consideration, giving priority to the use of stable parts, and to the integrity of the car
Can be adjusted gradually. The data collected by smart sensors is mainly composed of. The car control module performs analysis and processing, and with the intelligent transmission
Application and further development of sensor technology, vehicle control system. The system must provide higher analytical processing capabilities to ensure that. Improve the efficiency and effectiveness of sensor data collection and improve the control system. System’s reliability and stability in actual data processing to avoid due to insufficient data processing performance or unreliability of the control system. Safety issues caused by insufficient.
