PSO-based autocalibration for differential pressure level sensor

P. Esmaili, P. Esmaili, F. Cavedo, M. Norgia
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Abstract

To achieve desired level of accuracy in piezoresistive pressure sensors based on silicon, calibration should be performed frequently. In this paper, an Intelligent auto-calibration approach is proposed to update characterization curve in differential pressure-based level sensor. This intelligent method is based on particle swarm optimization method. To achieve optimum results, different factors such as self-knowledge and social knowledge coefficients in addition to inertia weight have been considered in this intelligent auto-calibration method. The compensation process is the last part of the system. It leads to achieve the up bounded measurement error becomes limited to 0.25 mm.
基于pso的差压液位传感器自动校准
为了在基于硅的压阻压力传感器中达到所需的精度水平,应该经常进行校准。本文提出了一种智能自动校准方法来更新差压式液位传感器的表征曲线。该智能方法基于粒子群优化方法。该智能自动标定方法除考虑惯性权重外,还考虑了自我知识系数和社会知识系数等不同因素,以达到最优结果。补偿过程是系统的最后一部分。从而实现上界测量误差限制在0.25 mm以内。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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