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Sensor Signal Delivery

机译:传感器信号传递

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The signal delivery and quality of sensor data is of growing importance for modem automotive control applications. Sensors tend to be calibrated subsystems that are designed to stay in a defined tolerance and thus can easily be modeled. Compared to this deterministic behavior the transmission channel is time variant due to EMC and aging of contacts for example. The use of analog signaling, which is the actual state of realization in many cases, is sensitive to the time variant effects mentioned before, This time variance is hard to consider for the control system development. In this paper we will analyze the role of the sensor in the signal supply chain and discuss approaches for digital sensor-ECU communication and their potential to establish a link, which allows neglecting low level effects of the channel.
机译:传感器数据的信号传递和质量对调制解调器汽车控制应用的重要性越来越重要。传感器倾向于被校准的子系统,该子系统被设计成保持在规定的公差,因此可以容易地进行建模。与该确定性行为相比,传输信道是由于EMC和触点的老化导致的时变。使用模拟信令,即在许多情况下的实际实现状态,对之前提到的时间变体效果敏感,对于控制系统开发,这一时间方差很难考虑。在本文中,我们将分析传感器在信号供应链中的作用,并讨论数字传感器 - ECU通信的方法及其建立链路的潜力,这允许忽略渠道的低级效应。

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