Scalar quantization with Rényi entropy constraint

W. Kreitmeier, T. Linder
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Abstract

We consider optimal scalar quantization with rth power distortion and constrained Rényi entropy of order α. For sources with absolutely continuous distributions the high rate asymptotics of the quantizer distortion has long been known for α = 0 (fixed-rate quantization) and α = 1 (entropy-constrained quantization). For a large class of absolutely continuous source distributions we determine the sharp asymptotics of the optimal quantization distortion for Rényi entropy constraints of order α ∈ [−∈, 0) ∪ (0; 1). The proof of achievability is based on companding quantization and is thus constructive.
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基于rsamnyi熵约束的标量量化
我们考虑了最优标量量化的第n次幂失真和阶为α的受限rsamnyi熵。对于具有绝对连续分布的源,量化器畸变的高速率渐近性早已为α = 0(固定速率量化)和α = 1(熵约束量化)所知。对于一大类绝对连续源分布,我们确定了阶α∈[−∈,0)∪(0;可实现性的证明是基于广义量化的,因此是建设性的。
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