Error resilience and concealment in embedded zerotree waveletcodecs

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Author

P Salama, N Shroff, EJ Delp

Entry type

article

Abstract

In ATM networks cell loss or channel errors can cause data to be dropped in the channel. When digital images/video are transmitted over these networks one must be able to reconstruct the missing data so that the impact of the errors is minimized. We overview the problem of using EZW encoders in channels where data-loss is possible. We also describe an error resilience scheme based on unequal error protection and data interleaving that addresses the problem of using rate scalable encoders over ATM networks

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Date

2001

Journal

Image Processing, 2001. Proceedings. 2001 International Conference on

Key alpha

Delp

Pages

218-221

Volume

Publication Date

2001-01-01

Keywords

asynchronous transfer mode, data communication, error correction codes, image coding, interleaved codes, variable rate codes, video codecs, visual communication, wavelet transformsATM networks, EZW encoders, cell loss, channel errors, codecs, data interleaving, data loss, data reconstruction, digital image transmission, embedded zerotree wavelet, error concealment, error resilience, rate scalable encoders, unequal error protection, video transmission

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@Article{ Delp,
	title = "Error resilience and concealment in embedded zerotree waveletcodecs",
	author = "P Salama, N Shroff, EJ Delp",
	year = "2001",
	journal = "Image Processing, 2001. Proceedings. 2001 International Conference on",
	pages = "218-221",
	volume = "3",
	abstract = "In ATM networks cell loss or channel errors can cause data to be dropped in the channel. When digital images/video are transmitted over these networks one must be able to reconstruct the missing data so that the impact of the errors is minimized. We overview the problem of using EZW encoders in channels where data-loss is possible. We also describe an error resilience scheme based on unequal error protection and data interleaving that addresses the problem of using rate scalable encoders over ATM networks ",
	keywords = "asynchronous transfer mode, data communication, error correction codes, image coding, interleaved codes, variable rate codes, video codecs, visual communication, wavelet transformsATM networks, EZW encoders, cell loss, channel errors, codecs, data interleaving, data loss, data reconstruction, digital image transmission, embedded zerotree wavelet, error concealment, error resilience, rate scalable encoders, unequal error protection, video transmission",
}