Title :
SIMPLE-Use—Sensor Set for Wearable Movement and Interaction Research
Author :
D´Angelo, Lorenzo T. ; Neuhaeuser, J. ; Yan Zhao ; Lueth, Tim C.
Author_Institution :
Inst. of Micro Technol. & Med. Device Technol., Tech. Univ. Muenchen, Garching, Germany
Abstract :
Assistive Devices are employed in various applications, ranging from in-home monitoring of medical symptoms to support in reminding activities of daily living. In these devices, crucial characteristics are non-obtrusiveness, low-maintenance, and simplicity for the user, for data extraction as well as for application development. The Set for Intuitive Movement and Proximity Logging for Everyday (SIMPLE) use focuses on the research and development of applications related to the detection and measurement of movement and interaction, i.e., proximity to objects of daily use. It encompasses the sensors themselves, charging stations, as well as devices for online and offline data collection, forwarding, and extraction. It also supports the adjustment of basic recording parameters as well as changing the device´s firmware needing only a memory card reader. Basic power saving and movement detection algorithms are already implemented. SIMPLE-use closes a gap, offering both movement and interaction acquisition in one easy to use sensor set.
Keywords :
assisted living; biomedical equipment; data acquisition; human computer interaction; intelligent sensors; patient monitoring; sensor fusion; SIMPLE; application development; assistive device; basic recording parameters; charging stations; daily living; data collection; data extraction; in-home monitoring; interaction detection; interaction measurement; medical symptoms; movement detection algorithm; multisensor system; object proximity; power saving; reminding activity; set for intuitive movement and proximity logging for everyday; wearable movement; Biomedical equipment; IP networks; Microprogramming; Radiofrequency identification; Sensor systems; Activities of daily living; acceleration; aging in place; assisted living; customizable; intelligent sensing; interaction; mobility; movement; multisensor system; personal assistive devices; pervasive health; research sensor set; wireless;
Journal_Title :
Sensors Journal, IEEE
DOI :
10.1109/JSEN.2013.2294351