Design of Autonomous Position and Secondary Estimation of Atmospheric Parameters Sensor Using Low-cost GNSS

L. Běloch
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Abstract

The article focuses on the design and implementation of a Low-cost GNSS device for autonomous position monitoring and for determining parameters of the atmosphere. The first part is dedicated to the specification of individual components and their combination into several devices. The primary part includes a test of these GNSS devices and the parameters of data collection. This is followed by a quality test of these collected datasets, in several graphs is shown device capabilities. Also, we can see some problems with components, but we were able to specify what causes them. The final part deals with positioning and determining atmospheric parameters by G-Nut software with the selected GNSS sensor.
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基于低成本GNSS的大气参数自主定位与二次估计传感器设计
本文重点介绍了用于自主位置监测和确定大气参数的低成本GNSS设备的设计和实现。第一部分专门说明单个组件及其组合成几个设备的规格。第一部分包括对这些GNSS设备的测试和数据采集参数。随后对这些收集的数据集进行质量测试,在几个图形中显示了设备的功能。此外,我们可以看到组件的一些问题,但我们能够指定导致这些问题的原因。最后,利用G-Nut软件对选定的GNSS传感器进行大气参数的定位和测定。
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