Virone Gilles, Noury Norbert, Demongeot Jacques
Techniques del'Imagerie, de la Cognition (TIMC)-Institute d'Informatique et Mathématiques Appliquées de Grenoble (IMAG) Laboratory, University Joseph Fourier, Grenoble, 38706 La Tronche, France.
IEEE Trans Biomed Eng. 2002 Dec;49(12):1463-9. doi: 10.1109/TBME.2002.805452.
A system for the automatic measurement of the circadian activity deviations in telemedicine has been developed within the framework of a "Health Integrated Smart Home Information System" (HIS2). HIS2 is an experimental platform for the evaluation and the development of technologies in order to ensure the security and quality of life for patients who need home based medical monitoring. Location sensors are placed in each room of the HIS2, allowing the monitoring of patient's successive activity phases within the patient's home environment. We proceeded with a sampling in an hourly schedule to detect weak rhythmic variations. Based on numerous measurements, we established a mean value with confidence limits. These also allowed us to define a zone within which the patient's activity is qualified to be "predictable." Alerts are set off if the patient's activity deviates from this zone.
在“健康集成智能家居信息系统”(HIS2)框架内,已开发出一种用于远程医疗中自动测量昼夜活动偏差的系统。HIS2是一个用于评估和开发技术的实验平台,目的是确保需要居家医疗监测的患者的安全和生活质量。位置传感器放置在HIS2的每个房间,以便在患者的家庭环境中监测患者连续的活动阶段。我们按每小时的时间表进行采样,以检测微弱的节律变化。基于大量测量,我们建立了一个带有置信区间的平均值。这些还使我们能够定义一个区域,在该区域内患者的活动被判定为“可预测的”。如果患者的活动偏离该区域,就会发出警报。