Toward Mobile Healthcare Services by Using Everyday Mobile Phones
Toward Mobile Healthcare Services by Using Everyday Mobile Phones
复制标题
使用日常手机迈向移动医疗服务
DOI：
10.5220/0001044602420245
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发表时间：
2008
期刊：
影响因子：
--
通讯作者：
K. Kurumatani
中科院分区：
文献类型：
--
作者：
A. Sashima;Y. Inoue;T. Ikeda;T. Yamashita;Masayuki Ohta;K. Kurumatani
复杂的持续系统和过程的管理，如核电站，虽然越来越计算机化，需要更好的方法，真实的时间耦合在人脑的独特能力，即判断。本发明描述了如何组织大量复杂的、相互依赖的数据并将其呈现给人类，以供大脑的判断中心有效地吸收。描述系统或过程的正在进行的状态的所有测量参数的偏差被同时绘制在布置成圆的预先分配的楔形扇区中，每个扇区中的角位移表示经过的时间，并且从圆的外周的径向位移表示与每个参数的归一化平均可接受水平的偏差。三个优先同心区域指示最大可接受偏差、不可接受偏差和关键偏差。可接受的偏差被压缩，以淡化其影响。与平均可接受水平的每个偏差的方向用正负指示符号标记。最显著的偏差落向显示图案的中心，在该中心，固定的眼球位置可以摄取具有良好分辨率和良好解释智能的更大量的信息。描述了使用阴极射线管产生显示的优选装置。
The management of complex ongoing systems and processes such as nuclear power plants, although increasingly computerized, requires better methods of real time coupling in of the unique capability of the human brain, namely judgment. This invention describes how quantities of complex, interdependent data can be organized and presented to humans for efficient absorption by the judgment centers of the brain. Deviations of all measured parameters that describe the ongoing status of a system or process are simultaneously plotted in pre-assigned wedge-like sectors arranged into a circle, with angular displacement in each sector representing elapsed time and radial displacement from the outer periphery of the circle, indicating deviations from a normalized mean acceptable level of each parameter. Three prioritized concentric zones indicate maximum acceptable deviations, unacceptable deviations and critical deviations. Acceptable deviations are compressed to de-emphasize their impact. The direction of each deviation from mean accepted levels is marked by plus and minus indicating symbols. The most significant deviations fall toward the center of the display pattern where a fixed eyeball position can ingest larger quantities of information with good resolution and good interpretive intelligence. A preferred apparatus for generating the display is described using a cathode ray tube.