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Design and implementation of a wireless intelligent personal sensor node for the dosimetry of interventional radiology operators

机译:介入放射学操作人员剂量学的无线智能个人传感器节点的设计与实现

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Wireless Sensor Networks (WSN) featuring portable devices are widely used for healthcare applications such as real time patient monitoring. For such applications, design constraints are set on the amount of energy, limited network capacity (short communication range and low bandwidth), processing and memory resources in each node. In the framework of the Real time Active PIxel Dosimetry (RAPID) project, the attention has been focused on dose monitoring of Interventional Radiology operators. In this paper, we describe the design of a dedicated WSN for real time monitoring, operating in the ISM band, that shows that it is possible to achieve data delivery over wireless networks deployed in clinical environments. The Packet Error Rate of the network has been evaluated in different scenarios: the maximum obtained result was lower than 0.4%, which is acceptable for the specific application. The prototype has also been compared during medical procedures with a reference system, and a correlation in time between them has been found.
机译:具有便携式设备的无线传感器网络(WSN)被广泛用于医疗保健应用,例如实时病人监护。对于此类应用,在每个节点上的能量,有限的网络容量(短通信范围和低带宽),处理和内存资源上设置设计约束。在实时有源PIxel剂量测定(RAPID)项目的框架中,注意力已集中在介入放射学操作人员的剂量监测上。在本文中,我们描述了用于ISM频段的实时监控专用WSN的设计,该设计表明可以通过部署在临床环境中的无线网络实现数据传输。已在不同情况下评估了网络的数据包错误率:获得的最大结果低于0.4%,这对于特定应用是可以接受的。该原型也已在医疗过程中与参考系统进行了比较,并且发现它们之间的时间相关性。

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