An Error-resilient Image Coding and Packetization Scheme for Packet-switched Networks

An error-resilient image coding and fixed-length packetization scheme is presented to prevent packet loss from packet-switched networks. A wavelet coder based on set partition in hierarchy trees (SPIHT) algorithm encodes the wavelet coefficients into an embedded bitstream along with markers generate...

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Bibliographic Details
Published in:2006 IEEE International Conference on Electro/Information Technology pp. 512 - 515
Main Authors: Jianming Wei, Salari, E.
Format: Conference Proceeding
Language:English
Published: IEEE 01.05.2006
Subjects:
Bit rate
Buffer overflow
Computer errors
Degradation
Error correction codes
Forward error correction
Image coding
Image quality
Image reconstruction
Partitioning algorithms
ISBN:0780395921, 9780780395923
ISSN:2154-0357
Online Access:Get full text
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Summary:An error-resilient image coding and fixed-length packetization scheme is presented to prevent packet loss from packet-switched networks. A wavelet coder based on set partition in hierarchy trees (SPIHT) algorithm encodes the wavelet coefficients into an embedded bitstream along with markers generated to record the order of bits within the bitstream. A fixed-length packetization scheme based on the error-resilient entropy code (EREC) is proposed to pack the encoded bitstream into fixed-length packets which can be transmitted over the physical packet-switched network. Any lost packets only have minor effects on other received packets. Computer simulations show that our proposed method provides both excellent compression performance with fast speed and graceful degradation under various packet erasure rates (PER)
ISBN:0780395921
9780780395923
ISSN:2154-0357
DOI:10.1109/EIT.2006.252198