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Squeezing of Color Image Using New Wavelet Bi-Orthogonal Filter Coefficient Based Preliminary Plan


 

In this paper, for better image squeezing, the new wavelet bi-orthogonal filter coefficients for wavelet decomposition and reconstruction of image are introduced, when the image is squeezed using these filter coefficient in DWT-SPIHT preliminary plan then it perform better than DWT-SPIHT preliminary plan with wavelet 9/7 filter and wavelet 5/3 filter. These filter coefficient squeezing results show that the image, which is reconstructed, has higher Peak Signal to Noise Ratio(PSNR) and low Mean Square Error(MSE) than wavelet 9/7 filter and wavelet 5/3 filter.


Keywords

Squeezing of Image, wavelet Transform, texture of Image, wavelet 9/7 filter, wavelet 5/3 filter
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  • Squeezing of Color Image Using New Wavelet Bi-Orthogonal Filter Coefficient Based Preliminary Plan

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Abstract


In this paper, for better image squeezing, the new wavelet bi-orthogonal filter coefficients for wavelet decomposition and reconstruction of image are introduced, when the image is squeezed using these filter coefficient in DWT-SPIHT preliminary plan then it perform better than DWT-SPIHT preliminary plan with wavelet 9/7 filter and wavelet 5/3 filter. These filter coefficient squeezing results show that the image, which is reconstructed, has higher Peak Signal to Noise Ratio(PSNR) and low Mean Square Error(MSE) than wavelet 9/7 filter and wavelet 5/3 filter.


Keywords


Squeezing of Image, wavelet Transform, texture of Image, wavelet 9/7 filter, wavelet 5/3 filter