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TDOA Mobile Terminal Positioning with Weight Control based on Received Power of Pilot Symbol in Taylor-Series Estimation

机译:泰勒级数估计中基于导频符号接收功率的带权重控制的TDOA移动终端定位

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The solution to TDOA (time difference of arrival) equation is obtained by linearizing the equations via a Taylor-series expansion. To achieve high accurate positioning, the first path timing should be estimated correctly. The path search algorithm has been proposed to estimate first path. However, the detection probability of the first path depends on the received power of the pilot symbols. In this paper we propose TDOA mobile terminal positioning with weight control based on received power of pilot symbol in Taylor-series estimation. Computer simulation results indicate the proposed system generally performs better than the conventional system, especially when the transmit power is not high
机译:TDOA(到达时间差)方程的解是通过泰勒级数展开线性化方程而获得的。为了实现高精度定位,应该正确估计第一路径的时间。已经提出了路径搜索算法来估计第一路径。然而,第一路径的检测概率取决于导频符号的接收功率。本文提出了基于泰勒级数估计中导频符号接收功率的带权重控制的TDOA移动终端定位方法。计算机仿真结果表明,所提出的系统通常比常规系统具有更好的性能,尤其是在发射功率不高的情况下。

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