基于云计算分析的柔性服装数据分类与聚合

Zhang Yi, J. Ally, Kang Juan, Mei Cong
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引用次数: 0

摘要

智能服装系统涉及到大量的采集过程。一般来说,这个过程包括数据终端采集、数据清洗、数据处理和分析。这些设备可以实时监控网络覆盖的区域。甚至通过调节系统参数,从而提高服装的舒适度。例如,在高温环境下,通过系统控制加快身体热量的散失。相反,在低温环境下,通过调节控制来减少机体的放热,防止温度损失。对身体感知参数的分析用于在风险发生之前预测其结果。从而提高医疗救援的有效性。本文的工作是设计一个高效的监控网络,实现本地监控并与终端共享数据。数值仿真证明,本文的设计策略可以提高网络吞吐量,并按优先级顺序处理数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Data Classification and Aggregation in Flexible Clothing Based on Cloud Computing Analysis
The intelligent clothing system involves a large number of acquisition processes. In general, this process includes data terminal acquisition, data cleaning, data processing and analysis. These devices can monitor the area covered by the network in real time. Even through the adjustment of system parameters, so as to improve the comfort of clothing. For example, in high temperature environment, through the system control to speed up the loss of body heat. On the contrary, in low temperature environment, through regulating control to reduce the body heat emission, prevent temperature loss. An analysis of body perception parameters is used to predict the outcome of a risk before it occurs. Thus improve the effectiveness of medical rescue. The work is to design an efficient monitoring network for local monitoring and share data with the terminal Numerical simulation proves that the design strategy in this article can improve the network throughput and process the data in the order of priority.
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