Automobiles today are propelled by a variety of technologies that can be divided into three categories: safety, infotainment, and powertrain. The automobile industry is currently placing a high value on vehicle electronics and ergonomics in order to meet the needs of customers and to prepare for future applications. Flexible printed sensors are becoming increasingly popular in the automotive industry, owing to their high production rates, flexibility, and ability to accommodate complex geometries. Since the capacitive flexible printed sensors require many improvements to improve the performance measures in all aspects of the process. It was discovered that there were only a few research works accessible for the design and fabrication of suitable flexible sensors for automotive information and entertainment systems. Several researchers concluded that just a few studies had been conducted on the application of optimization algorithms in the design and fabrication of flexible printed capacitive sensors for the IVI bezel. Research attention has only been focused on investigating the impact of electrode parameters and sensor pattern on the performance of sensors in a limited number of studies.

Graphical Abstract

中文翻译：

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用于汽车信息娱乐系统的柔性印刷传感器综述

当今的汽车由多种技术推动，这些技术可分为三类：安全、信息娱乐和动力总成。汽车行业目前高度重视汽车电子和人体工程学，以满足客户的需求并为未来的应用做好准备。柔性印刷传感器因其高生产率、灵活性和适应复杂几何形状的能力而在汽车行业中越来越受欢迎。由于电容式柔性印刷传感器需要进行许多改进，以提高过程各个方面的性能指标。人们发现，只有少数研究工作可用于设计和制造适用于汽车信息和娱乐系统的柔性传感器。一些研究人员得出结论，关于优化算法在 IVI 边框的柔性印刷电容传感器的设计和制造中的应用的研究很少。在有限数量的研究中，研究注意力仅集中在调查电极参数和传感器模式对传感器性能的影响上。

图形概要