치매환자 실종방지를 위한 대중교통 기반 위치관리 플랫폼 개발
Development of a Public Transport-Based Location Management Platform for Preventing Missing Persons with Dementia
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초록
As we become an aging society, the number of dementia patients increases every year (an estimated 10% of the elderly, equating to 1.27 million in 30 years). In addition, 17,000 cases of missing people with disabilities and dementia are reported annually, indicating that more than one person per hour goes missing. More than 50% of those who are lost suffer injuries (some of which are fatal) within 24 hours after going missing. This is why measures are urgently required to ensure safety of the elderly. The core function of the disappearances prevention system proposed by this research group is to identify and respond early to deviations of dementia patients from their homes or facilities by identifying the location of the occurrence of disappearance, so that real-time notifications occur when a they leave the protected area. In addition, multiple receivers and public transportation integrated terminals share information when a patient leaves and uses public transportation to ensure their safe return. Most existing beacon-based positioning service models have fixed signal transmitters and are serviced in the form of transport receivers, but the proposed service model has users wearing the BLE beacon and receivers fixed.
Abstract
As we become an aging society, the number of dementia patients increases every year (an estimated 10% of the elderly, equating to 1.27 million in 30 years). In addition, 17,000 cases of missing people with disabilities and dementia are reported annually, indicating that more than one person per hour goes missing. More than 50% of those who are lost suffer injuries (some of which are fatal) within 24 hours after going missing. This is why measures are urgently required to ensure safety of the elderly. The core function of the disappearances prevention system proposed by this research group is to identify and respond early to deviations of dementia patients from their homes or facilities by identifying the location of the occurrence of disappearance, so that real-time notifications occur when a they leave the protected area. In addition, multiple receivers and public transportation integrated terminals share information when a patient leaves and uses public transportation to ensure their safe return. Most existing beacon-based positioning service models have fixed signal transmitters and are serviced in the form of transport receivers, but the proposed service model has users wearing the BLE beacon and receivers fixed.
참고문헌 (10)
- "Business Ware", Technavio, ~ (2017)
- F. Morgado, "Beacons positioning detection, a novel approach", Procedia Comput. Sci, 151, pp.23~30 (2019)
- F. Orujov, "Feature model for the specification of industrial indoor location-based services", Procedia Manuf, 24, pp.141~146 (2018)
- R. Pandeeswari, "Smartphone based intelligent indoor positioning using fuzzy logic", Future Gener. Comput. Syst, 89, pp.335~348 (2018)
- S. Kim, "A Study of Smart Beacon-based Meeting, Incentive Trip, Convention, Exhibition and Event(MICE)Services Using Big Data", Procedia Comput. Sci, 91, pp.761~768 (2016)
- J. Liu, "Three dimensional attitude measurement of the beacon based on a single PSD", Optik, 144, pp.348~356 (2017)
- C. Lo, "Adaptive radio maps for pattern-matching localization via inter-beacon co-calibration", Pervasive Mob. Comput, 8, pp.282~291 (2012)
- K. Okabe, "Silicon based on-chip antenna using an LC resonator for near-field RF systems", Solid-State Electronics, 67, pp.100~104 (2012)