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Intra-, inter-, and extra-container path loss for shipping container monitoring systems

机译:集装箱监控系统的集装箱内,集装箱内和集装箱外路径损失

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摘要

This letter presents empirical path loss models for an environment of stacked shipping containers. Specifically, a system for wireless monitoring of containers is considered for which three different types of wireless links are identified, namely intra-, inter-, and extra-container links. Furthermore, the inter-container link is investigated for the two most common types of container stacking: row and block stacking. Intra-and inter-container path loss are investigated at IEEE 802.15.4 frequencies of 433, 868, and 2400 MHz. Extra-container path loss is examined at GSM/UMTS frequencies of 900, 1850, and 2100 MHz. Distance-dependent path loss models are proposed for the inter-and extra-container links ( high-correlation coefficients between 0.76 and 0.86). The resulting path loss models can be used in link budget calculations for container monitoring systems.
机译:这封信提出了堆叠式运输集装箱环境下的经验路径损失模型。具体地,考虑了用于集装箱的无线监视的系统,针对该系统识别三种不同类型的无线链路,即集装箱内,集装箱内和集装箱外链路。此外,针对两种最常见的容器堆叠类型,研究了容器间链接:行堆叠和块堆叠。在433、868和2400 MHz的IEEE 802.15.4频率下研究了容器内和容器间的路径损耗。在900、1850和2100 MHz的GSM / UMTS频率下检查容器外路径损耗。针对容器间和容器外的链路,提出了与距离相关的路径损耗模型(高相关系数在0.76和0.86之间)。由此产生的路径损耗模型可用于集装箱监控系统的链路预算计算中。

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