CAJ | 학술논문

为了有效去除高背景磁场对永磁体定位的磁干扰,本文提出了一种高背景磁场下的差分磁定位算法.在背景磁场大小和方向均相等的两位置点处布置一组磁传感器,每组传感器均采用差分放大电路,共八组通路.在高背景磁场下,运用差分磁定位算法反演永磁体的位置和姿态.并将该算法应用于外磁场导向的仿生微型机器人,设计了定位硬件系统.通过实验验证了此差分磁定位算法可以较好地反演该仿生微型机器人位置和姿态.
위료유효거제고배경자장대영자체정위적자간우,본문제출료일충고배경자장하적차분자정위산법.재배경자장대소화방향균상등적량위치점처포치일조자전감기,매조전감기균채용차분방대전로,공팔조통로.재고배경자장하,운용차분자정위산법반연영자체적위치화자태.병장해산법응용우외자장도향적방생미형궤기인,설계료정위경건계통.통과실험험증료차차분자정위산법가이교호지반연해방생미형궤기인위치화자태.
This paper reports a differential magnetic localization algorithm in high background magnetic field that interferes localization of permanent magnet. In order to remove the interference, two magnetic sensors are placed in two points where the background magnetic fields are the same. There are eight channels and every channel uses a differential circuit. Then the location and orientation of the permanent magnet are inversed by differential magnetic localization algorithm, which is applied to a bionic micro-machine guided by external field. The hardware system for localization is also designed. Experiments show that the location and orientation of the bionic micro-machine are inversed well by the differential magnetic localization algorithm.