提出一种低复杂度内插滤波器的设计方法。
A low complexity design scheme of interpolation filter was proposed.
第三部分研究了干扰抑制算法中的内插滤波器设计问题。
The third part lucubrate the design of interpolation filter in the interference suppression algorithm.
另外，由于内插滤波器是确定的，因而这些插值算法就缺乏利用图像本身信息的机制。
On the other hand, due to the low-pass filters fixed, these algorithms fail to utilize the information of the image itself.
第四章介绍了在具体的设计中是如何来设计定时同步环路的内插滤波器以及环路的各个部分的。
The fourth chapter will show you the details of the designs in the timing recovery system based on interpolator.
该文提出了一种基于全相位逆离散余弦变换(APIDCT)内插滤波器的重采样分层编码技术。
This paper proposes a hierarchical coding technique based on the All Phase Inverse Discrete Cosine Transform (APIDCT) interpolation.
重点讨论了多级抽取和内插滤波器的设计，绘制了大量的图表使它们的设计简单明了且接近最优。
Emphasized on the design of multilevel decimation and multilevel interpolation, devised many schematics to simplify the design and made the design approaching optimization.
本文以实现整数倍抽取内插的CIC滤波器为基础，提出了一种实现分数倍采样率转换的时变CIC滤波结构。
This paper designs a time-variable CIC filter based on CIC filter for fractional ratio sample rate conversion.
介绍一种可用于语音处理的低功耗、高速率的抽取和内插数字滤波器的集成电路设计方法。
A low power, high speed design method of decimation and interpolation digital filters for audio signal processing is described.
相对于传统滤波器，高温超导滤波器具有带内插损小，带边陡峭，体积小、易于集成等优点。
In contrast with the conventional filters, HTS filters provided many advantages, such as much less insert loss, more steep edge, smaller size and easier integration.
相对于传统滤波器，高温超导滤波器具有带内插损小，带边陡峭，体积小、易于集成等优点。
In contrast with the conventional filters, HTS filters provided many advantages, such as much less insert loss, more steep edge, smaller size and easier integration.
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