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Figure 2 PRISM architecture.
[16] is based on [15] and PRISM architecture, targeting simple video sensors in sensor network applications.
The PRISM architecture is mostly embedded into the 802.11 b design.
In particular, we have considered a video codec based on the Stanford architecture (DISCOVER codec) and a video codec based on the PRISM architecture.
In the encoder of the syndrome encoding module, the original PRISM architecture, block coefficients in the least significant part were coded in a 4-tuple symbol {Last, Run, Depth, Path}, while a 3-tuple symbol {Last, Run, Path} was applied in [15] with depth substituted by class type.
In particular, the contribution by Tonoli et al. [55] evaluates and compares the error resilience performance of two distributed video coding architectures: the DISCOVER codec [18] which is based on the Stanford architecture [5, 11], and a codec based on the PRISM architecture [4, 10].
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In this section the DISCOVER and PRISM architectures are compared to H.264/AVC, GOP2 IBIB mode, in case of transmission over a network with packet losses.
CsLTL-1 peptide contains a mannose binding site at 30 99 along with its specific motif of β-prism architecture.
In [16], on the basis of the original PRISM DVC architecture, a low-complexity feedback channel free DVC architecture is proposed with a new enhance classifier to improve the coding performance.
In [15], a dynamic skip mode threshold is proposed, based on PRISM [6] architecture for higher coding efficiency.
Proposed at the same time as PRISM, another early DVC architecture has been introduced in [5, 11].
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