基于大数据的多源数据融合与挖掘研究

Peng Chu, Zhiqiang Dong, Yarong Chen, Changqing Yu, Yangchao Huang
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引用次数: 3

摘要

为解决多传感器大数据背景下海量多源数据的问题,采用一种易于实现的数据融合方法对海量大数据进行融合挖掘,并将融合数据与真实数据的差异作为稳定性判断方法。通过与单传感器测量误差和平均估计误差的比较,证明了采用加权最小二乘数据融合的异构传感器具有更高的测量精度。数值算例与理论推导一致,进一步验证了所提方法的有效性,提高了大数据融合的精度和挖掘效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on Multi-source Data Fusion and Mining Based on Big Data
To solve the problem of massive multi-source data under the background of multi-sensor big data, a data fusion method which is easy to realize is used to fuse and mine the massive big data, and the difference between the fusion data and the real data is used as the stability judgment method. Compared with the measurement errors of single sensor and average estimation, it is proved that the heterogeneous sensor using weighted least square data fusion has higher measurement accuracy. The numerical examples are consistent with the theoretical derivation, which further verifies the effectiveness of the proposed method and improves the accuracy and mining effect of big data fusion.
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