Centro de Investigación en Tecnologías Software y Sistemas Multimedia para la Sostenibilidad, Edificio La Arboleda, Campus Sur UPM, Carretera Valencia Km 7, Madrid, Spain.
Sensors (Basel). 2013 Jan 31;13(2):1787-835. doi: 10.3390/s130201787.
Wireless Sensor Networks (WSNs) are spearheading the efforts taken to build and deploy systems aiming to accomplish the ultimate objectives of the Internet of Things. Due to the sensors WSNs nodes are provided with, and to their ubiquity and pervasive capabilities, these networks become extremely suitable for many applications that so-called conventional cabled or wireless networks are unable to handle. One of these still underdeveloped applications is monitoring physical parameters on a person. This is an especially interesting application regarding their age or activity, for any detected hazardous parameter can be notified not only to the monitored person as a warning, but also to any third party that may be helpful under critical circumstances, such as relatives or healthcare centers. We propose a system built to monitor a sportsman/woman during a workout session or performing a sport-related indoor activity. Sensors have been deployed by means of several nodes acting as the nodes of a WSN, along with a semantic middleware development used for hardware complexity abstraction purposes. The data extracted from the environment, combined with the information obtained from the user, will compose the basis of the services that can be obtained.
无线传感器网络（WSN）正在引领构建和部署系统的努力，旨在实现物联网的最终目标。由于 WSN 节点配备了传感器，以及它们的普及性和普及性，这些网络非常适合许多传统有线或无线网络无法处理的应用。其中一个尚未开发的应用是监测人体的物理参数。对于年龄或活动而言，这是一个特别有趣的应用，因为任何检测到的危险参数不仅可以通知被监测的人作为警告，还可以通知在危急情况下可能有帮助的任何第三方，例如亲戚或医疗中心。我们提出了一个系统，用于在锻炼期间或进行与运动相关的室内活动时监测运动员。传感器已通过充当 WSN 节点的几个节点进行部署，以及用于硬件复杂性抽象目的的语义中间件开发。从环境中提取的数据与从用户那里获得的信息相结合，将构成可以获得的服务的基础。
