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首页> 外文会议>International Conference on Signal Processing, Communication, Power and Embedded System >The Innovative Elliptical-cylindrical Antenna Array for Radar Diligences using SaDE optimization with hyper beam
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The Innovative Elliptical-cylindrical Antenna Array for Radar Diligences using SaDE optimization with hyper beam

机译：使用SADE优化与超光束的雷达勤勉创新的椭圆圆柱天线阵列

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With the rapid changes in microwave and radar technology, detecting objects, finding the geometry of the target, analyzing the direction and speed is conspicuously increasing. So there is a lot of complexity to finding and determining the targets with small cross sectional area. This drawback drastically nocks the necessity for antenna pattern design with a high value of gain and extremely minimized side lobe level (SLL). In order to achieve the above requirements we proposed a thinned elliptical cylindrical antennas for analyzing the side lobe level using SaDE optimization technique with hyper beam. Simulation results shows that the side lobe level reduced to less than -40 db. Particle swarm optimization is also considered to compare the results of SaDE optimization technique. So the antenna designed by using SaDE optimization technique with hyper beam is used for wide range of radar applications.
机译：随着微波和雷达技术的快速变化，检测物体，找到目标的几何形状，分析方向和速度明显增加。因此，寻找和确定具有小横截面积的目标存在很多复杂性。该缺点急剧地利用具有高价值的天线图案设计的必要性，具有高增益和极小最小的侧瓣级（SLL）。为了实现上述要求，我们提出了一种薄型的椭圆形圆柱天线，用于使用具有超光束的SADE优化技术来分析侧瓣级。仿真结果表明，侧瓣水平降至40 dB。还考虑粒子群优化来比较SADE优化技术的结果。因此，通过使用带有超光束的SADE优化技术设计的天线用于广泛的雷达应用。

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