On the magnetic field of a current coil and its localization

Jianmeng Bao, Chao Hu, Weixing Lin, Wenhu Wang
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引用次数: 3

Abstract

The magnetic coils are often used for tracking moving vehicles or robots, based on the magnetic coupling relation between the sensing coils relative to the transmitting (or source) current coils. Therefore, the accurate computation of the magnetic field distribution of a source current coil has significant effects on the computation results for the electromagnetic localization system. In this paper, the magnetic field distribution of a current coil is analyzed, and its difference with that of the magnetic dipole is compared. Based on this, a localization model is setup, and the simulations are also provided to show its application in electromagnetic localization system.
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电流线圈的磁场及其定位
基于感应线圈相对于发射(或源)电流线圈之间的磁耦合关系,磁线圈通常用于跟踪移动的车辆或机器人。因此,准确计算源电流线圈的磁场分布对电磁定位系统的计算结果有重要影响。本文分析了电流线圈的磁场分布,并比较了其与磁偶极子的差异。在此基础上,建立了定位模型,并通过仿真验证了其在电磁定位系统中的应用。
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