For solving this problem, a novel antenna array and Direction-finding algorithm based on it are proposed.
为解决这一问题，提出了一种新型天线阵及基于该天线阵的测向方法。
In this paper, two arithmetics are given to discuss the problem of finding the current distribution around the transmitting antenna.
本文用两种算法分析天线电缆周围的电流分布情况，并得到了相关结论。
Based on a log-periodic antenna array, a direction-finding algorithm is put forward and its performance has been analyzed.
以对数周期天线圆形阵为基础，提出了一种比幅测向算法，并对算法性能进行了分析。
This paper is worked to solve the phase center of the directional antenna, accordingly to giving some references for the interception and Direction-finding system.
本文是为了解决定向天线的相位中心问题，为侦测合一系统设计提供参考而展开研究的。
To direction finding on antenna array, this paper first discussed classical algorithm -music algorithm in space spectrum estimate.
较为详细地分析了智能天线中关于波达方向估计的MUSIC算法。
A new simple system of 3-d radars-the system of height finding by comparing phases of two beams radiated by a single doubly-curved antenna-is presented.
本文提出了一种比相测高体制——双弯曲面单天线双波束比相测高简易三座标新体制。
A new simple system of 3-d radars-the system of height finding by comparing phases of two beams radiated by a single doubly-curved antenna-is presented.
本文提出了一种比相测高体制——双弯曲面单天线双波束比相测高简易三座标新体制。
应用推荐