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- General Sidelobe Canceller(GSC) is an alternative form of Linear Constrained Minimum Variance beamformer. 广义旁瓣对消器(GSC)是线性约束最小方差波束形成器的等效结构。
- General Sidelobe Canceller (GSC) is an alternative form of Linear Constrained Minimum Variance beamformer. 摘要广义旁瓣对消器(GSC)是线性约束最小方差波束形成器的等效结构。
- A modified arc array sidelobe canceller design verified that these conclusions are applicable to not only linear arrays but also arbitrary arrays. 对一个弧形阵列旁瓣对消器的改进设计验证了该结论可以从线阵推广到任意阵列。
- To avoid the target effect in the sidelobe canceller,a method using adaptive polarization filter is proposed to suppress the target portion in the auxiliary antenna. 为了消除旁瓣对消器中目标效应的影响,文中提出了辅助天线自适应极化滤波抑制目标信号的方法。
- To avoid the target effect in the sidelobe canceller, a method using adaptive polarization filter is proposed to suppress the target portion in the auxiliary antenna. 为了消除旁瓣对消器中目标效应的影响，文中提出了辅助天线自适应极化滤波抑制目标信号的方法。
- Sidelobe cancelling is an effective measure against active jamming. 旁瓣对消是现代雷达抗有源积极干扰的最有效的方法之一。
- A New Method of Antenna Sidelobe Canceller on ECCM 一种新的天线旁瓣对消抗干扰技术的实现
- transfer function generalized sidelobe canceller 传递函数广义旁瓣抵消器
- general sidelobe canceller (GSC) 广义旁瓣抵消
- generalized sidelobe canceller (GSC) 广义旁瓣对消器
- The adaptive sidelobe cancelling(ASLC) is an effective measure against active jamming. 自适应旁瓣对消 (ASLC)是雷达抗有源干扰的有效方法。
- Compared with traditional sidelobe canceling system,this system has better performances of ECCM. 同传统的对消系统相比,该系统具有更好的抗干扰性能。
- In this paper, the sidelobe canceller (SLC) is applied to the two -dimensional clutter suppression for AEW radar, and a new twodimensional multi-beams cancelling method is presented. 将部分自适应处理中的旁瓣对消技术应用于机载预警雷达二维杂波抑制的处理，提出了一种二维多波束旁瓣对消的新方法。
- We investigate the eigen-subspace approximation (ESA) space-time adaptive processing (STAP) method of clutter suppression based on the generalized sidelobe canceler (GSC). 基于广义旁瓣相消结构（GSC），我们研究一种特征子空间近似（ESA）空时自适应处理（STAP）杂波抑制方法。
- Based on the study of those, a sidelobe cancelling scheme is realized easily in project, which fits frontal receiver.This system using the scheme has better performance of ECCM. 通过对早期闭环模拟旁瓣对消技术和现代闭环数-模结合旁瓣对消技术的探究，最终在工程上实现一种适合放置在接收机前端的易实现的旁瓣对消技术，使该系统在抗有源积极干扰中发挥更好的作用。
- The desired signal in the auxiliary antennas of guidance radar may cause angle measurement error by using conventional adaptive sidelobe cancellation method. 制导雷达中若使用常规自适应旁瓣对消方法,辅助天线中的期望信号会引起测角误差。
- Because of the difference in amplitude and phase between channels,the cancellation performance will usually degrade greatly in adaptive sidelobe cancellation(ASLC) system. 制导雷达中若使用常规自适应旁瓣对消方法,辅助天线中的期望信号会引起测角误差。
- Adaptive Sidelobe Canceller Based on Singular Value Decomposition 基于奇异值分解的自适应旁瓣对消
- In m ulti sidelobe cancellation, in orderto increasethenum ericalstability ofthe traditionaldirectaam ple Matrix Inverse (DMI) m ethod, severalother"data dam ain"algorithm sincluding the HTm ethod are proposed. 在自适应旁瓣对消中，针对传统的直接样本矩阵求逆（DirectSam ple Matrix Inverse，DMI）方法数值稳定性弱的缺点，产生了一系列数据域算法，HT变换法就是其中之一。
- The direct-path-interference suppression methods such as transmit nulling and sidelobe cancellation are inapplicable because the energy is radiated isotropiclly and the receive platform is moving. 由于发射站全方位辐射能量以及接收平台运动，不能直接采用已有的如发射置零、旁瓣对消等技术来抑制直达波。
