Pulse Signal De-Noising Based on Integer Lifting Scheme Wavelet Transform
Jing Li, Hao Sun, Yinjing Guo, Hongyu Sun
Abstract
Jing Li, Hao Sun, Yinjing Guo, Hongyu Sun
Abstract
In view of the defects of conventional wavelet transform in denoising the pulse signal, a new denoising method based on the integer lifting scheme is addressed .The integer lifting scheme works without Fourier transform, which inherits the multi-resolution characteristic of the conventional wavelet transform, and thus can speed the operation greatly. The paper using the translation invariant method based on the integer lifting scheme to denoise the pulse signal. Experiment results prove that this new method has high SNR and good performance in pulse signal processing.
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In view of the defects of conventional wavelet transform in denoising the pulse signal, a new denoising method based on the integer lifting scheme is addressed .The integer lifting scheme works without Fourier transform, which inherits the multi-resolution characteristic of the conventional wavelet transform, and thus can speed the operation greatly. The paper using the translation invariant method based on the integer lifting scheme to denoise the pulse signal. Experiment results prove that this new method has high SNR and good performance in pulse signal processing.
Key concepts: Lifting scheme, Wavelet transform, Second-generation wavelet transform, Harmonic wavelet transform, Wavelet, Algorithm, Stationary wavelet transform, Fractional Fourier transform