Data Compression and Serial Cummunication with Generalized T-Codes
Data Compression and Serial Cummunication with Generalized T-Codes
复制标题
通用 T 代码的数据压缩和串行通信
DOI：
10.3217/jucs-002-11-0769
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发表时间：
1996
期刊：
影响因子：
--
通讯作者：
U. Speidel
中科院分区：
文献类型：
--
作者：
U. Speidel
可变长度T-编码可用于在嘈杂的通道或媒体上提供可靠的压缩和存储。在过去的十二年中，作为技术报告和技术报告，已经发表了许多有关T编码的论文。在此期间，T-编码的符号和范围大大挂起，从而导致T-Codes作为递归代码的更整合的理论。本文通过在整个过程中采用递归方法来介绍T代码理论的所有已知核心原理。引入了信息源的一种熟悉条件，可确保引入T型符号流的解码器自同步。通过递归程序的示例，本文显示了如何找到用于编码给定无内存源的合适的T代码集。
Variable-length T-Codes may be used to provide robust compression for data communication and storage on noisy channels or media. Over the past twelve years, a number of papers on T-Codes have been published in various journals and as technical reports. During this time, notation and scope of the T-Codes have c hanged considerably, giving rise to a more integrated theory of T-Codes as recursive codes. This paper presents all known core principles of T-Code theory by taking a recursive approach throughout. A suucient condition for information sources, ensuring decoder self-synchronisation for the T-encoded symbol stream, is introduced. By example of a recursive program, the paper shows how a suitable T-Code set for encoding a given memoryless source can be found.