Human visual sensitivity-weighted progressive image transmission using the lapped orthogonal transform.

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de Queiroz · Cited by 13

Human visual sensitivity-weighted progressive image transmission ...

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Jul 1, 1992 · This technique is quite general and can be applied to any orthogonal transform. The method is compared with discrete cosine transform (DCT)- ...

Human visual sensitivity-weighted progressive image transmission ...

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Progressive transmission of images based on the lapped orthogonal transform (LOT), adaptive classification, and human visual sensitivity (HVS) weighting is ...

HVS-weighted progressive image transmission using the lapped ...

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Abstract - Progressive transmission of images based on lapped orthogonal transform (LOT), adaptive classification and human visual sensitivity (HVS) weighting ...

image transmission using the lapped orthogonal - SPIE Digital Library

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Human visual sensitivity-weighted progressive image transmission. Fig. 13 ... N. B. Nill, "A visual model weighted cosine transform for image.

Human visual system weighted progressive image transmission ...

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A progressive image transmission (PIT) scheme based on the classified transform vector quantization (CVQ) technique using the lapped orthogonal transform ...

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Human visual sensitivity-weighted progressive image transmission using the lapped orthogonal transform. Authors. Ricardo L. de Queiroz · K. R. Rao. Source ...

Ricardo DE QUEIROZ | Professor (Full) | University of Brasília ...

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Progressive transmission of images based on the lapped orthogonal transform (LOT), adaptive classification, and human visual sensitivity (HVS) weighting is ...

Human Visual System Based Wavelet Decomposition for Image ...

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R. L. de Queiroz and K. R. Rao, Human visual sensitivity-weighted progressive image transmission using the lapped orthogonal trans- form, J. Electron ...

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338, Ricardo L. de Queiroz, K. Raghunath Rao. Human visual sensitivity-weighted progressive image transmission using the lapped orthogonal transform · About ...

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Apr 25, 2024 · Human visual sensitivity-weighted progressive image transmission using the lapped orthogonal transform. J. Electronic Imaging 1(3): 328-338 ...