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DC-free multimode code design using novel selection criteria for optical recording systems

机译:使用新颖的选择标准的光学记录系统的无直流多模代码设计

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摘要

DC-free run-length limited codes have been the cornerstone of all three generations of optical recording, CD, DVD and BD. Research into very efficient coding methods is paramount for the upcoming fourth generation. Guided Scrambling (GS) is an efficient coding method that has been reported in the literature. Under GS rules, a user word is translated into a plurality of possible candidate words, and among the candidate words the encoder selects the codeword with the least low-frequency spectral content. In our paper, we will present results of our attempts to improve the performance of GS-based codes. We will present new selection criteria and evaluate their performance and complexity. Specifically, we will evaluate the new selection criteria to the 2/3(1,7) parity preserving code used in Blu-Ray Disc.
机译:无DC游程限制码一直是CD,DVD和BD三代光学记录的基石。对于即将到来的第四代,非常有效的编码方法的研究至关重要。引导加扰(GS)是一种有效的编码方法,已在文献中进行了报道。在GS规则下,用户词被翻译成多个可能的候选词,并且在候选词中,编码器选择具有最低低频频谱内容的码字。在我们的论文中,我们将介绍我们尝试改进基于GS的代码的性能的结果。我们将提出新的选择标准并评估其性能和复杂性。具体来说,我们将评估新的选择标准,以适应蓝光光盘中使用的2/3(1,7)奇偶性保存代码。

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