Engineering for noise-tolerant codecs

V. K. Konopelko; V. A. Lipnitsky; A. V. Kurilovich

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Engineering for noise-tolerant codecs

机译：用于耐噪声编解码器的工程

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The given work is devoted to application of classification of errors with the help automorphisms codes and their invariants - norms of syndromes for development effective the LSIC of codecs of digital communication systems. The method of implementation follows from the constructed theory stackable the LSIC of codecs (integral units) for a control of multiple errors. Offered codecs differ the extended spectrum of adjusted errors and high speed, a high degree of multisequencing of calculations, a homogeneity; are oriented to modern microelectronic base * the storage, PLIC.

机译：给定的工作致力于使用帮助自动态度代码及其不变性的误差分类 - 开发的综合征的规范性有效数字通信系统的解码器的LSIC。从构造理论堆叠的实现方法堆叠了编解码器（积分单元）的LSIC以控制多个错误。提供的编解码器在调整后的误差和高速的扩展范围内，计算的高度多程度的计算，均匀性; 以现代微电子基地为导向*存储，PLIC。

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《Электромагнитные волны и электронные системы》 |2002年第3期|共6页
作者
V. K. Konopelko; V. A. Lipnitsky; A. V. Kurilovich;
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Department of Applied Physics and Advanced Technologies (FATA) National Autonomous University of Mexico A.P. 1-1010 Queretaro Qro. 67000 Mexico;

Department of Applied Physics and Advanced Technologies (FATA) National Autonomous University of Mexico A.P. 1-1010 Queretaro Qro. 67000 Mexico;

Department of Applied Physics and Advanced Technologies (FATA) National Autonomous University of Mexico A.P. 1-1010 Queretaro Qro. 67000 Mexico;

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正文语种 rus
中图分类无线电物理学;
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1. Engineering for noise-tolerant codecs [J] . V. K. Konopelko, V. A. Lipnitsky, A. V. Kurilovich Электромагнитные волны и электронные системы . 2002,第3期

机译：用于耐噪声编解码器的工程
2. Engineering for noise-tolerant codecs [J] . V. K. Konopelko, V. A. Lipnitsky, A. V. Kurilovich Электромагнитные волны и электронные системы . 2002,第3期

机译：用于耐噪声编解码器的工程
3. Automatic Codec Generation To Reduce Test Engineering Cost [J] . Ariel Sabiguero, Anthony Baire, Cesar Viho International Journal on Software Tools for Technology Transfer . 2008,第4期

机译：自动编解码器生成以减少测试工程成本
4. Common TTCN-3 CoDec to reduce test engineering cost [C] . Proceedings of 2010 International Conference on Advanced Intelligence and Awarenss Internet . 2010

机译：通用TTCN-3 CoDec可以降低测试工程成本
5. Performance comparison of MCTF-type codecs and hybrid DCT-based codecs. [D] . Bhamidipati, Phanikumar K. 2004

机译：MCTF型编解码器和基于混合DCT的编解码器的性能比较。
6. Deep Learned Quantization-Based Codec for 3D Airborne LiDAR Point Cloud Images [O] . A. Christoper Tamilmathi, P. L. Chithra 2021

机译：基于深度学习的基于量化的编解码器3D机载激光器点云图像
7. Challenges and opportunities for designing tactile codecs from audio codecs [O] . Mischa Dohler, Toktam Mahmoodi 2017

机译：从音频编解码器设计触觉编解码器的挑战和机遇

Engineering for noise-tolerant codecs

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