Comparison of RFID data processing using dimensionality reduction techniques

Maria Anu, Anandha Mala
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引用次数: 3

Abstract

Radio Frequency Identification Technology (RFID) used in wide range environment. The volume of RFID data is enormous, the management and extraction of data is complex and time consuming process. RFID data processing can be performed after applying dimensionality reduction techniques. The proposed APCA is efficient one to handle the huge and noisy data. We had taken the two different sets of RFID data for applying this dimensionality reduction technique. The compression and execution time is calculated for these data sets. We have considered principal component Analysis (PCA) and advanced principal component analysis (APCA) and compared both the results in terms of dataset size and response time. Experiment results show that, APCA has better performance when process the RFID data.
使用降维技术的RFID数据处理的比较
无线射频识别技术(RFID)应用于广泛的环境。RFID数据量巨大,数据的管理和提取是一个复杂而耗时的过程。RFID数据处理可以在应用降维技术后进行。该算法是一种处理海量噪声数据的有效算法。我们采用了两组不同的射频识别数据来应用这种降维技术。计算这些数据集的压缩和执行时间。我们考虑了主成分分析(PCA)和高级主成分分析(APCA),并在数据集大小和响应时间方面比较了两者的结果。实验结果表明,APCA在处理RFID数据时具有较好的性能。
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