阴影编码方案:一种用于网络通信的智能线路编码方案

Abdul Rasheed Rizwan, Tariq Ali
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引用次数: 2

摘要

数字编码方案通常用于计算机网络、数据传输和蜂窝通信。在数字环境中,提供更好的通信仍然是一项具有挑战性的任务。数字化方案的环境和编码方法所面临的主要问题是同步、直流元件和带宽。为了克服这些问题,人们提出了单极、极和双极等线编码技术。其中一些提供了更好的解决方案,但这些问题仍然需要研究人员的关注。每一种编码方案都有各自的优缺点,可以克服单极编码方案中同步和直流分量的问题。类似地,每一种技术都克服了其他提出的技术所具有的问题。针对这些问题,提出了阴影编码方案(SES)。与AMI数字化方案不同的是,这里的重点不仅是1的同步,而且是0的长流。在SES中,将克服同步、直流元件和带宽等问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Shadow Encoding Scheme: A Smart line Coding Scheme for Network Communication
Digital encoding schemes are commonly used in computer networks, data transportation, and cellular communication. In digital environment to provide better communication remained a challenging task. The main issues possess by the environment and coding methods of digitizing scheme are synchronization, Direct Current (DC) components, and bandwidth. The line coding techniques like unipolar, polar, and bipolar have been proposed to overcome such issues. Some of them provide a better solution but still, these issues need the attention of researchers. Each encoding scheme dominates or dominated over others by their pros and cons. The issues of synchronization and DC component in unipolar is overcome by using polar encoding scheme. Similarly, every technique overcomes issues posses by other proposed techniques. Considering these issues as a challenges task the Shadow Encoding Scheme (SES) is proposed. Unlike AMI digitizing scheme here focus will not only on 1’s synchronization but also on the long stream of 0’s. In SES, the issues of synchronization, DC component and bandwidth will overcome.
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