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Particle filter-assisted positioning method for identifying RFID-tag implanted in the organism

机译:用于鉴定生物体中植入的RFID标签的颗粒滤波器辅助定位方法

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This paper proposes a three-dimensional positioning method using particle filter for identifying a miniature RFID (Radio Frequency Identification) tag implanted in the organism. The RFID-based tumor marker for identifying the position and size of the tumor has been proposed. Although it is efficient in some applications, it takes a long time to point out the position because of scanning the sensor antenna for wide area of interest. Furthermore, the position is often lost due to motion of the organism. In order to find and track the RFID-tag position, this paper introduces a particle filter-assisted three-dimensional positioning method. The likelihood function, which is not only take into account the received signal power, but also the attitude and position of the sensor antenna and the motion of the RFID-tag, is applied to the particle filter to estimate the position. Computer simulation result shows that the proposed scheme is capable of estimating the three-dimensional position of the RFID-tag.
机译:本文提出了一种使用粒子滤波器的三维定位方法,用于识别植物中植入的微型RFID(射频识别)标签。已经提出了用于鉴定肿瘤位置和尺寸的RFID基肿瘤标志物。虽然在某些应用中有效,但由于扫描传感器天线,扫描广区域的传感器天线需要很长时间才能指出位置。此外,由于生物体的运动,该位置通常损失。为了找到并跟踪RFID标签位置,本文介绍了一种粒子滤波器辅助三维定位方法。似然函数,这不仅考虑了所接收的信号功率,而且还应用传感器天线的姿态和位置和RFID标签的运动,施加到颗粒过滤器以估计位置。计算机仿真结果表明,所提出的方案能够估计RFID标签的三维位置。

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