RSSI数据准备机器学习

D. Abidin, S. Nurmaini, Reza Firsandava Malik, Erwin, Errissya Rasywir, Y. Pratama
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引用次数: 2

摘要

在本研究中,我们准备了非结构化的原始RSSI(接收信号强度指示)数据,准备将其用于机器学习预测建模。RSSI数据准备在分类、回归等预测建模机器学习项目中非常重要,这样算法才能根据合适的条件对其进行建模,因为数据有更具体的部分,但不一定会影响算法的性能。RSSI数据来自Dinamika Bangsa大学校园大楼,即225个参考点。数据编译主要涉及两个过程,即构建数据和数据清洗。在识别包含单个RSSI值的列的过程中,在RSSI数据表的每个列中发现了几个唯一的值。由于没有列具有单个值,因此不会删除任何列。然后在删除RSSI方差低的列的过程中,输入5969行18列。输出为5969行和3列。但是,通过Low Variance选择的列数是5969行和18列,这意味着数据集中的所有列都具有高方差。此外,没有发现重复的RSSI数据。可以说,这个数据集整体准备的结果是使用状态良好的RSSI数据,可以用于机器学习的需要。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
RSSI Data Preparation for Machine Learning
In this study, we prepared unstructured raw RSSI (Received Signal Strength Indication) data to prepare it for use in machine learning predictive modeling. RSSI data preparation is very important in predictive modeling machine learning projects, such as classification and regression, so that the algorithm can model it based on the right conditions, because the data has a more specific part but does not necessarily affect the algorithm performance. RSSI data were collected from the Dinamika Bangsa University Campus building, namely 225 reference points. The two main processes involved in data compilation, namely construction data and data cleaning. From the process of identifying a column containing a single RSSI value, several unique values were found in each column in the RSSI data table. Since no column has a Single Value, no columns are deleted. Then in the process of deleting columns that have low RSSI variance, the input is 5969 rows and 18 columns. The output is 5969 rows and 3 columns. However, the number of columns that passed the Low Variance selection was 5969 rows and 18 columns, meaning that all columns in the dataset have high variance. Additionally, no duplicate RSSI data were found. It can be said that the result of the overall preparation of this data set is the RSSI data used in good condition and can be used for machine learning needs.
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