Department of Innovation Design Engineering, School of Design, Royal College of Art, London, United Kingdom.
International Tangible Interaction Design Lab, Monash University, Melbourne, Victoria, Australia.
PLoS One. 2018 Jun 13;13(6):e0195670. doi: 10.1371/journal.pone.0195670. eCollection 2018.
Back pain is a serious medical problem especially for those people sitting over long periods during their daily work. Here we present a system to help users monitoring and examining their sitting behavior. The Virtual-Spine Platform (VSP) is an integrated system consisting of a real-time body position monitoring module and a data visualization module to provide individualized, immediate, and accurate sitting behavior support. It provides a comprehensive spine movement analysis as well as accumulated data visualization to demonstrate behavior patterns within a certain period. The two modules are discussed in detail focusing on the design of the VSP system with adequate capacity for continuous monitoring and a web-based interactive data analysis method to visualize and compare the sitting behavior of different persons. The data was collected in an experiment with a small group of subjects. Using this method, the behavior of five subjects was evaluated over a working day, enabling inferences and suggestions for sitting improvements. The results from the accumulated data module were used to elucidate the basic function of body position recognition of the VSP. Finally, an expert user study was conducted to evaluate VSP and support future developments.
背痛是一个严重的医学问题,特别是对于那些在日常工作中长时间坐着的人。在这里,我们提出了一个系统来帮助用户监测和检查他们的坐姿行为。虚拟脊柱平台(VSP)是一个集成系统,由实时身体位置监测模块和数据可视化模块组成,为用户提供个性化、即时和准确的坐姿支持。它提供了全面的脊柱运动分析以及累积数据可视化,以展示特定时间段内的行为模式。我们详细讨论了这两个模块,重点介绍了 VSP 系统的设计,该系统具有足够的连续监测能力和基于网络的交互式数据分析方法,以可视化和比较不同人的坐姿行为。数据是在一个小群体的实验中收集的。使用这种方法,对五名受试者在工作日的行为进行了评估,为坐姿改善提出了建议。累积数据模块的结果用于阐明 VSP 的身体位置识别的基本功能。最后,进行了专家用户研究来评估 VSP 并支持未来的发展。