利用小波对数字通信中的数据位进行编码的一种不同方案

S. Ananthi, K. Padmanabhan, K. R. Balaji
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引用次数: 0

摘要

数字数据通信使用将数据位编码成频率信号的各种模式。相移键控(PSK)的形式多种多样,如二进制相移键控、四元相移键控等。本文介绍了一种用小波函数代替正弦波的数字数据编码方案。在这种数据通信中,通过无线电信道接收端的比特错误是常见的。这些误差主要是由于被检测音频信号的相位变化不当造成的。由于这里提出的方法使用小波函数提供了几个线索来识别数据符号,而不仅仅是通过一个标准,即载波的相位,如PSK方案,这种方法被发现在性能上更好。利用Matlab对该方案进行了仿真,并给出了一些初步结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A different scheme of encoding data bits in digital communication using wavelets
Digital data communication uses various modes of encoding the data bits into a frequency signal. Phase shift keying (PSK) of various forms such as Binary PSK, Quaternary PSK etc., are in vogue in several current communication schemes such as GSM. In this paper, a different scheme of encoding digital data using wavelet functions instead of sinusoidal waves is explained. Errors in bits at the received end through a radio channel are common in such data communication. These errors are mainly caused by improper phase changes in the detected audio signal. Since the method presented here with the use of Wavelet functions provides several clues for identification of the data symbol instead of just by one criterion viz., the phase of the carrier as in the PSK schemes, this method is found to be better in performance. Simulation of the scheme was made with Matlab and some preliminary results are presented.
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