复杂电磁干扰环境下，雷达干扰对消系统性能发挥受到了挑战。
Under the complicated electromagnetic jamming condition, the radar jamming counteracted system capability is limited.
文中讨论了一种基于自适应滤波原理的周期性干扰对消系统，介绍了系统组成及结构原理。
The article discusses a periodic interference cancellation system based on adaptive filter theory, and introduces the system form and structure principle.
首次提出了干扰源数与对消阵元数“匹配”的概念，并分析了系统在“匹配”工作模式下可能具有的对消能力。
The matched model of the requirement for the number of jammers and auxiliary antennas are first discussed, and the corresponding cancellation performance is simulated explicitly.
针对对消系统面临的这一问题，分析了干扰对消的基本原理，并对影响对消性能的主要因素进行了深入探讨。
By this problem of the counteracted system, the keystone on jamming counteraction is analyzed and the primary factors which affect the counteracted capability are discussed.
以维纳滤波理论分析了对消系统干扰对消条件和对消性能。
The performance of this system and the condition of using this system is analyzed with Winer Filter theory.
同传统的对消系统相比，该系统具有更好的抗干扰性能。
Compared with traditional sidelobe canceling system, this system has better performances of ECCM.
第四章对自适应信号处理进行了研究，主要介绍了自适应干扰对消技术在雷达接收系统中的应用。
Chapter 4 makes some researches on signal adaptive processing, mainly about application of adaptive jam canceller in radar receiving system.
第四章对自适应信号处理进行了研究，主要介绍了自适应干扰对消技术在雷达接收系统中的应用。
Chapter 4 makes some researches on signal adaptive processing, mainly about application of adaptive jam canceller in radar receiving system.
应用推荐