Tošić Aleksandar, Hrovatin Niki, Vičič Jernej
Faculty of Mathematics, Natural Sciences and Information Technologies, University of Primorska, Glagoljaška 8, Koper SI-6000, Slovenija.
InnoRenew CoE, Livade 6, Izola 6310, Slovenija.
Data Brief. 2021 Jul 6;37:107253. doi: 10.1016/j.dib.2021.107253. eCollection 2021 Aug.
A smart floor with 16 embedded pressure sensors was used to record 420 simulated fall events performed by 60 volunteers. Each participant performed seven fall events selected from the guidelines defined in a previous study. Raw data were grouped and well organized in CSV format. The data was collected for the development of a non-intrusive fall detection solution based on the smart floor. Indeed, the collected data can be used to further improve the current solution by proposing new fall detection techniques for the correct identification of accidental fall events on the smart floor. The gathered fall simulation data is associated with participants' demographic characteristics, useful for future expansions of the smart floor solution beyond the fall detection problem.
一个带有16个嵌入式压力传感器的智能地板被用于记录60名志愿者进行的420次模拟跌倒事件。每位参与者进行了七次跌倒事件,这些事件是从先前研究中定义的指南中选取的。原始数据被分组并以CSV格式妥善整理。收集这些数据是为了开发一种基于智能地板的非侵入式跌倒检测解决方案。实际上,收集到的数据可用于通过提出新的跌倒检测技术来进一步改进当前解决方案,以便在智能地板上正确识别意外跌倒事件。收集到的跌倒模拟数据与参与者的人口统计学特征相关联,这对于智能地板解决方案未来在跌倒检测问题之外的扩展很有用。