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A java-based enterprise system architecture for implementing a continuously supported and entirely web-based exercise solution

机译:基于Java的企业系统体系结构,用于实施持续支持且完全基于Web的练习解决方案

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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.
机译:由于基于机器的锻炼仍然使用当地设施,因此受时间和地点的影响。我们基于Java 2 Enterprise Edition设计了基于Web的系统架构,该架构可以完成持续支持的基于机器的练习。在该系统中,锻炼程序和机器通过Internet松散耦合并动态集成在锻炼现场。然后,我们通过添加新的参与者:锻炼计划创建者,扩展了传统的健康促进模型,该模型包含三种类型的参与者(用户,运动教练和制造商)。此外,我们制定了一种自我描述的策略,以适应各种锻炼程序并为网络用户提供易用性。我们以基于网络的自行车测功机锻炼系统的可行性研究中的示例为例,说明了我们的新颖设计。引入了基于生物信号的工作量控制方法,以确保用户单独进行适当的锻炼。

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