这是在地震勘探数字处理中很重要的一步处理，及反Q滤波，能够有效补偿信号高频能量，提高地震资料分辨率。本程序包中包括反Q滤波源码和一个实际地震资料的例子，通过例子可以很快的理解并掌握该算法的精髓-This is the digital processing of seismic exploration very important step, and anti-Q filtering, Compensation can be an effective signal of high frequenc

有用BURG法实现AR模型功率谱估计的详细试验结果，对学数字信号处理的人很有帮助,能让你很好的理解BURG算法，和AR 模型。-BURG useful method power spectrum estimated AR model detailed test results, digital signal processing for school people very helpful, allowing you a good understanding of BURG algorithm,

雷克子波的时域波形，在地震信号分析中是一个常见的处理信号。-Ricker wave time domain waveform, a common processing signals in seismic signal analysis.

地震处理中的子波，次波信噪比高，不宜频散-Sub-wave seismic processing, sub-wave signal-to-noise ratio is high, not dispersion