1) rejecting single-tone jamming
抗单音干扰
1.
A new space-time Rake MMSE receiver based on antenna diversity is proposed and its performance for rejecting single-tone jamming analyzed in this paper.
分析了一种新型的基于天线分集的空时 Rake MMSE接收机在多径衰落信道条件下的抗单音干扰性能。
2) strong single-frequency-interfere
抗强单音干扰
1.
Techniques of the strong single-frequency-interfere in extremely Low SNR short-wave can offer special anti-single wave interfere technique in condition of bad electromagnetism, finite frequency band and incapable of spread-spectrum technique, to make sure the short-wave can transmit an emergency communication.
短波极低信噪比条件下抗强单音干扰是在极其恶劣的电磁环境下,频带资源有限,扩频技术无能为力时,提供特定的抗单音干扰技术,为保证短波应急通信基本作战信息传递提供前提。
3) single tone interference
单音干扰
1.
Performance analysis of delay lock loop in coherent spread-spectrum system with single tone interference;
单音干扰下相干扩频系统早迟门延迟锁定环路性能分析
2.
The new algorithm can not only suppress the single tone interference but also depress the system noise,so it can provide the DSSS system with higher performance gain than the linear prediction algorithm.
该算法在抑制单音干扰的同时降低了噪声对系统性能的影响,因此与线性预测算法相比这一算法为DSSS系统提供了更高的性能增益。
4) single-tone jamming
单音干扰
1.
The current analysis focuses on the performance of BPSK modulation on 2-dimensional spread spectrum system with single-tone jamming.
针对二进制相移键控调制的二维扩频系统,分析了其抗单音干扰的性能。
5) single tone jamming
单音干扰
1.
A novel scheme for accurate estimation of single tone jammingparameters in a multi-carrier spread spectrum system;
一种精确估计多载波扩频系统中单音干扰参数的新方法
2.
A novel single tone jamming elimination scheme for multi-carrier spread spectrum system;
多载波扩频系统中单音干扰抵消的新方法
6) anti-multi tone jamming
抗多音干扰
1.
Discussion of performance of anti-multi tone jamming based on video transmission system
视频传输系统抗多音干扰能力的探析
补充资料：《潜在抗干扰性理论》
阐述无线电接收设备潜在抗干扰性理论的名著，苏联B.A.卡捷尼柯夫著。1947年作为博士论文在苏联莫斯科动力学院发表，1956年在莫斯科正式出版。全书共13章,分为4个部分。第一部分是阅读本书的预备知识。第二部分叙述离散消息传输系统的潜在抗干扰性，分别讨论了两个离散值信号和多离散值信号下的理想接收机和潜在抗干扰性。第三部分叙述连续消息、参量传输系统的潜在抗干扰性，分别讨论了不同调制方式（调幅、调频、脉冲调制）和不同噪声干扰强度（弱噪声、强噪声干扰）下的系统潜在抗干扰性。第四部分讨论连续消息、波形传输系统的潜在抗干扰性，分别研究了直接调制、脉冲调制（脉冲调幅、脉冲调位、脉冲调频）和积分调制系统的潜在抗干扰性。这本书是研究最佳接收理论的重要理论著作。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条