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Research of high altitude meteorological data processing method

机译:高空气象数据处理方法研究

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Aiming at the relationships of the high altitude meteorological parameters, such as longitude, latitude, atmospheric pressure, temperature and humidity, the methods of least squares fitting test data and error analysis by MATLAB are proposed in this paper. Temperature, humidity and air pressure change curve equations are established at the different longitude, latitude and altitude, and the influence of temperature and pressure on humidity detection accuracy is analyzed. The results show that the temperature fitting residual error is in −3 (°C) ∼ + 4 (°C), humidity fitting residual error is in −7% ∼ + 5%, the detection error precision is improved effectively, which can provide reliable compensation theory basis for signal detection.
机译:针对经度,纬度,大气压力,温度和湿度等高空气象参数的关系,提出了最小二乘拟合测试数据和MATLAB误差分析的方法。建立了不同经度,纬度和高度的温度,湿度和气压变化曲线方程,分析了温度和压力对湿度检测精度的影响。结果表明,温度拟合残差在−3(°C)〜+ 4(°C),湿度拟合残差在−7%〜+ 5%,有效提高了检测误差的精度。可靠的补偿理论为信号检测奠定了基础。

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