- Volume 10 Issue 4
The highest percentage of single-person households is older than 60. Many of them live in dilapidated residential space because they are in difficult economic situations. The windows of them often don't exist or don't function properly as windows. As a result, they are suffering from social problems such as depression, solitude. This paper proposes an interactive window interface that reflects external environmental information for older people in their 60s or older of one household living in a dilapidated residential space. This content utilizes an inexpensive TV or PC monitor that doesn't require extra space and cost. Recognizing a user's hand through intuitive touch-sensing technology, which doesn't require much help from older people, this content provides weather videos and temperature information that reflect current external environment. Alert notification sound and SMS service are provided in preparation for more critical user emergencies. This content enables users to feel emotional stability and respond quickly to emergencies.
Single-person households;Older people;Windows interface;External environment;Emergency
- Statistics Korea. (2017). Total Population and Housing Survey. KOSTAT [Online]. https://sgis.kostat.go.kr/view/thematicMap/categoryListHuman
- K. S. Lee. (2017). Single-person households, high risk of depression and metabolic syndrome - How to stay healthy by yourself. Health Joseon [Online]. http://health.chosun.com/site/data/html_dir/2017/10/17/2017101702153.html
- I. J. Song. (2018, May). The Problems of Isolation and Alternatives for the Aged, The Journal of The Korean Housekeeping Association. 70-77.
- Y. D. Kim & Y. B. Kim. (2018). Study on the Development and the Effects of a Fire Safety Education Program for the Elderly, Journal of The Korean Fire and Fire Service Association, 32(3), 123-133.
- Y. S. Kim, C. M. Lee, S. J. Namgung & H. K. Kim. (2011). A Study on the Effectiveness of the Local Contact Network for the Prevention of Solitude to the Elderly Social science research, The Social Science Research, 50(2), 143-169.
- M. S. Lee. (2010, June). Chronic Diseases, Depressive Symptoms and the Effects of Social Networks in Korean Elderly Population. 27th Annual Report of Health and Social Sciences, 5-3.
- Y. S. Kim, K. H. Kwon, Y. M. Choi & H. Y. Lee. (2016). Window Control System for Indoor Environment Optimization. Journal of The Korea Information Technology. 199-202
- D. S. Choi. (2008). CoolSMS. Nurigo[Online]. https://www.coolsms.co.kr
- Linz Ming. (2018). Development of Smart Garden System Based on Arduino Using IOT. Master's thesis. Honam University, Gwangju.
- S. Y. Kwon. (2013). Analysis of the Housing Environment and Housing Location Characteristics of One-person Households : centering on the Case of Seoul Metropolitan City. Doctoral dissertation. Gachon University, Gyeonggi.
- S. A. Park. (2014). The study Concerning the Concreteness and Abstractness of Icon Design -Focused on the Mobile Application Icon. Master's thesis. Ewha Women's University Graduate School, Seoul.
- J. W. Choi. (2018). Development of arduino-raspberry Pi based IoT platform for air purification. Master's thesis. Sungkyunkwan University, Seoul.
- H. S. Park & O. J. Lee. (2016). A Study on the Welfare of the Elderly on the Fire Safety of Nursing Homes. Journal of The Korean Fire and Fire Service Association, 30(6), 124-129
- H. W. Park, K. T. Oh, K. N. Ha & S. Lee. (2005). Development of PIR sensor-based indoor positioning system for smart home. The Journal of The Korea the Joint Academic Conference of the Control Robotics Systems Association, (pp.172-177).
- Y. W. Jeong, Vo Huynh Noc Bao, S. W. Cho, & S. T. Jung. (2016). PIR sensor-based intrusion detection system. Journal of The Korea AI System Association, 26(5), 361-367
- J. H. Kim, S. J. Kim, S. H. Kim, M. K. Kim, M. S. Kim & S. Y. Yoo. (2015). Active window word that responds to external environment using arduino. Journal of The Korean Electrical Association. (pp.107-108).
Supported by : Soongsil University