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Communication Dans Un Congrès Année : 1997

Transmission errors recovery using fuzzy block similitary measures

Basel Solaiman
Ramesh Pyndiah
Christian Roux
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  • PersonId : 854125

Résumé

In addition to the source coding artifacts, the encoded bit streams representing codeword indexes of a vector quantized image are vulnerable to transmission or media impairments. Impulse block noise in the received images is the main artifact due to transmission errors. We use the fuzzy set theory to represent the vague concept of a block similarity with its spatial context. This approach is conducted in order to detect and to conceal the transmission errors. Error concealment by searching the best matching codeword is an attractive alternative to the commonly used interpolation approach. It reduces considerably the computational complexity at the receiver end. Simulation results show that the proposed method considerably improves the subjective quality of VQ images transmitted over noisy channels.
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Dates et versions

hal-02150500 , version 1 (07-06-2019)

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  • HAL Id : hal-02150500 , version 1

Citer

Basel Solaiman, Ramesh Pyndiah, Omar Aitsab, Christian Roux. Transmission errors recovery using fuzzy block similitary measures. ICIP'97, Oct 1997, Santa Barbara, États-Unis. ⟨hal-02150500⟩
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