This article studies a vital issue in wireless communications, which is the transmission of audio signals over wireless\r\nnetworks. It presents a novel interleaver scheme for protection against error bursts and reduction the packet loss\r\nof the audio signals. The proposed technique in the article is the chaotic interleaver; it is based on chaotic Baker\r\nmap. It is used as a randomizing data tool to improve the quality of the audio over the mobile communications\r\nchannels. A comparison study between the proposed chaotic interleaving scheme and the traditional block and\r\nconvolutional interleaving schemes for audio transmission over uncorrelated and correlated fading channels is\r\npresented. The simulation results show the superiority of the proposed chaotic interleaving scheme over the\r\ntraditional schemes. The simulation results also reveal that the proposed chaotic interleaver improves the quality of\r\nthe received audio signal. It improves the amount of the throughput over the wireless link through the packet loss\r\nreduction.
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