The first is nonlinear self-correction technology. This technology is mainly used. In order to improve the measurement accuracy of the sensor, this technology can Improve the nonlinear situation that occurs in the application stage of traditional sensors. Correction processes using non-linear correctors were often used to improve. Circuit design, but in the comprehensive utilization stage, smart sensors. This function also needs to be implemented through software. Rather than linear self-correction. Positive technology uses various methods to improve existing data, gradually to further realize intelligent nonlinear correction of existing data, especially in modern. With the rapid development of neural network technology, technical personnel are needed. Members use correlation algorithms to conduct in-depth research and continuously improve the overall. Share data accuracy to ensure that smart sensors are used during use segment's normal operation. The second is multi-information fusion technology. Since automotive electronics usually use different physical quantities, during the daily operation phase, technicians focus on developing smart sensors to achieve information aggregation. The combination of smart sensors and various devices can capture data during vehicle operation.

Obtain various data to make the operation of the vehicle central control system more accurate. Since the problem of a single sensor application scheme has not yet been solved, technical personnel need to pay more attention to the formulation of work plans during comprehensive design to ensure the normal operation of the entire equipment. In the overall design, technicians can start from the sensor integration experience to simplify the transmission of various data and monitor the vehicle's operating status. The third is network technology. Exist In this technology application, existing structures can be improved with a single data processing unit. Establishing a suitable data processing unit based on signal collection is the key for technicians to process data. This requires paying attention to the application and experience accumulation of network technology in daily work, and transmitting the data of automotive electronic smart sensors through TCP/IP protocol transmission. different data. It is transmitted to the central control module and then managed uniformly by the central control module to achieve effective control of existing equipment. In addition, optimizing central control management can also use bus transmission technology to realize real-time analysis of existing data, so as to formulate design requirements on this basis.