In this work we relax the usual separability assumption made in rate-distortion literature and propose f -separable distortion measures, which are well suited to model non-linear penalties. The main insight behind f -separable distortion measures is to define an n-letter distortion measure to be an f -mean of single-letter distortions. We prove a rate-distortion coding theorem for stationary ergodic sources with f -separable distortion measures, and provide some illustrative examples of the resulting rate-distortion functions. Finally, we discuss connections between f -separable distortion measures, and the subadditive distortion measure previously proposed in literature
We show the existence of universal, variable-rate rate-distortion codes that meet the distortion con...
We examine the structure of families of distortion balls from the perspective of Kolmogorov complexi...
We derive the rate-distortion region for the two-channel multiple description problem on stationary ...
In this work we relax the usual separability assumption made in rate-distortion literature and propo...
This paper is devoted to the formulation and proof of an abstract alphabet version of the fundamenta...
We state and solve a general version of the rate-distortion problem. We show that its answer contain...
This paper shows new finite-blocklength converse bounds applicable to lossy source coding as well as...
Building upon a series of recent works on perception-constrained lossy compression, we develop a rat...
This paper provides a necessary condition good rate-distortion codes must satisfy. Specifically, it ...
A direct proof is given for the equivalence of the process definition and the block definition of di...
Abstract—In this paper, we consider a class of multiterminal source coding problems, each subject to...
We study the rate-distortion region for a functional source coding problem. In the given source codi...
Classical rate-distortion theory requires specifying a source distribution. Instead, we analyze rate...
Suppose a string Xn1 = (X1, X2, . . ., Xn) is generated by a stationary memoryless source (X n)n≥1 w...
In the context of lossy compression, Blau \ Michaeli \cite{blau2019rethinking} adopt a mathematical ...
We show the existence of universal, variable-rate rate-distortion codes that meet the distortion con...
We examine the structure of families of distortion balls from the perspective of Kolmogorov complexi...
We derive the rate-distortion region for the two-channel multiple description problem on stationary ...
In this work we relax the usual separability assumption made in rate-distortion literature and propo...
This paper is devoted to the formulation and proof of an abstract alphabet version of the fundamenta...
We state and solve a general version of the rate-distortion problem. We show that its answer contain...
This paper shows new finite-blocklength converse bounds applicable to lossy source coding as well as...
Building upon a series of recent works on perception-constrained lossy compression, we develop a rat...
This paper provides a necessary condition good rate-distortion codes must satisfy. Specifically, it ...
A direct proof is given for the equivalence of the process definition and the block definition of di...
Abstract—In this paper, we consider a class of multiterminal source coding problems, each subject to...
We study the rate-distortion region for a functional source coding problem. In the given source codi...
Classical rate-distortion theory requires specifying a source distribution. Instead, we analyze rate...
Suppose a string Xn1 = (X1, X2, . . ., Xn) is generated by a stationary memoryless source (X n)n≥1 w...
In the context of lossy compression, Blau \ Michaeli \cite{blau2019rethinking} adopt a mathematical ...
We show the existence of universal, variable-rate rate-distortion codes that meet the distortion con...
We examine the structure of families of distortion balls from the perspective of Kolmogorov complexi...
We derive the rate-distortion region for the two-channel multiple description problem on stationary ...