A java-based enterprise system architecture for implementing a continuously supported and entirely web-based exercise solution
Since machine-based exercise still uses local facilities, it is affected by time and place. We designed a web-based system architecture based on the Java 2 Enterprise Edition that can accomplish continuously supported machine-based exercise. In this system, exercise programs and machines are loosely...
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| Veröffentlicht in: | IEEE journal of biomedical and health informatics 2006-04, Vol.10 (2), p.403-411 |
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| container_title | IEEE journal of biomedical and health informatics |
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| creator | Zhihui Wang Kiryu, T. |
| description | Since machine-based exercise still uses local facilities, it is affected by time and place. We designed a web-based system architecture based on the Java 2 Enterprise Edition that can accomplish continuously supported machine-based exercise. In this system, exercise programs and machines are loosely coupled and dynamically integrated on the site of exercise via the Internet. We then extended the conventional health promotion model, which contains three types of players (users, exercise trainers, and manufacturers), by adding a new player: exercise program creators. Moreover, we developed a self-describing strategy to accommodate a variety of exercise programs and provide ease of use to users on the web. We illustrate our novel design with examples taken from our feasibility study on a web-based cycle ergometer exercise system. A biosignal-based workload control approach was introduced to ensure that users performed appropriate exercise alone |
| doi_str_mv | 10.1109/TITB.2005.863868 |
| format | Article |
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We designed a web-based system architecture based on the Java 2 Enterprise Edition that can accomplish continuously supported machine-based exercise. In this system, exercise programs and machines are loosely coupled and dynamically integrated on the site of exercise via the Internet. We then extended the conventional health promotion model, which contains three types of players (users, exercise trainers, and manufacturers), by adding a new player: exercise program creators. Moreover, we developed a self-describing strategy to accommodate a variety of exercise programs and provide ease of use to users on the web. We illustrate our novel design with examples taken from our feasibility study on a web-based cycle ergometer exercise system. 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| language | eng |
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| source | IEEE Electronic Library (IEL) |
| subjects | Biosignal-based workload control Communication system control Control systems Electronic mail exercise system Exercise Therapy - instrumentation Exercise Therapy - methods functionally distributed design Health Promotion - methods Humans Internet Internet telephony Java Monitoring Pharmaceutical technology Programming Languages Protocols Remote Consultation - methods self-describing strategy Software Therapy, Computer-Assisted - methods Time factors User-Computer Interface Virtual manufacturing web-based |
| title | A java-based enterprise system architecture for implementing a continuously supported and entirely web-based exercise solution |
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