Bussmann J B, Martens W L, Tulen J H, Schasfoort F C, van den Berg-Emons H J, Stam H J
Erasmus University Rotterdam, Rotterdam, The Netherlands.
Behav Res Methods Instrum Comput. 2001 Aug;33(3):349-56. doi: 10.3758/bf03195388.
Advanced ambulatory systems that measure aspects of overt human behavior during normal daily life have become feasible, owing to developments in data recording and sensor technology. One such instrument is the Activity Monitor (AM). This paper provides a technical description of the AM and information about its validity and current applications. The AM is based on ambulatory accelerometry, the aim of which is to assess postures and motions for long-term (> 24-h) measurement periods during normal daily life. Accelerometers are attached to the thighs, trunk, and lower arms, and signals are continuously stored in a digital portable recorder. In the postmeasurement analysis, postures and motions are detected by means of custom-made software programs. Validity studies performed on different populations showed high agreement scores between the computerized and automatic AM output and the visually analyzed video recordings. The AM has so far been applied in rehabilitation, psychophysiology, and cardiology but has many possibilities in behavioral research.
由于数据记录和传感器技术的发展,能够在正常日常生活中测量明显人类行为各方面的先进动态监测系统已变得可行。其中一种仪器是活动监测器(AM)。本文提供了AM的技术描述以及有关其有效性和当前应用的信息。AM基于动态加速度测量,其目的是在正常日常生活的长期(>24小时)测量期间评估姿势和运动。加速度计附着在大腿、躯干和下臂上,信号连续存储在数字便携式记录器中。在测量后分析中,通过定制软件程序检测姿势和运动。对不同人群进行的有效性研究表明,计算机化和自动AM输出与视觉分析的视频记录之间的一致性得分很高。到目前为止,AM已应用于康复、心理生理学和心脏病学领域,但在行为研究中还有许多可能性。