On Lossy Source Coding With Side Information Under the Erasure Distortion Measure


We have a tendency to contemplate the Wyner–Ziv and 2 means source coding issues with the erasure distortion live. We tend to characterize the speed-distortion regions for these settings, when the source and aspect information satisfy a positivity condition. Using our results, we show that, contrary to recent conjectures within the literature, feedback from the decoder to the encoder will not reduce the rate required within the Wyner–Ziv setting with erasure distortion, when the positivity condition is glad. Finally, we extend our techniques to characterize the speed-distortion regions of 2 multiterminal supply coding settings, the Heegard–Berger setting, and also the cascade supply coding setting, when the positivity condition is glad.

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