This paper analyzes the degradation of pulse compression sidelobe due to the interference input power, bandwidth and location when notch filter is used.
本文分析了凹口滤波器零陷干扰时干扰的功率、频宽和位置对脉压输出旁瓣的影响。
According to the different constraints it can practise beam scanning, Widebeam forming interference canceling, sidelobe canceling and soon.
根据对约束条件的不同控制，利用这种算法可实现波束扫描，形成宽波束、实现干扰对消或旁瓣对消等。
Without sidelobe in the transmission spectrum, there is no interference in decoding, which ensures the accuracy in the process of encoding and decoding.
由于透射谱几乎不存在旁瓣，所以解码时信号基本上不会出现干扰，保证了用户发送和接收信号的准确性。
Without sidelobe in the transmission spectrum, there is no interference in decoding, which ensures the accuracy in the process of encoding and decoding.
由于透射谱几乎不存在旁瓣，所以解码时信号基本上不会出现干扰，保证了用户发送和接收信号的准确性。
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