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An Improved Approach in Audio Steganography Using Genetic Algorithm with K-Bit Symmetric Security Key

机译:基于遗传算法和K位对称安全密钥的音频隐写术的一种改进方法

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In today's world, transmission of secret and important data has various security issues. Information security has become a major issue in the field of data communication. One of the many techniques used to resolve these security issues is Audio Steganography. Audio Steganography means hiding some data in an audio file so that the intruder cannot know about the data. In this paper, we present an improved and new approach for hiding secret messages in audio clips. We use a security key and a Genetic Algorithm to embed the message bits into cover audio samples. One or two message bits are embedded in different Least Significant Bit (LSB) layers of each sample. We have successfully tested proposed technique on several audio sequences. The experimental results show clear demonstration that the proposed technique has higher message embedding capacity and provides less distortion to the output sequences.
机译:在当今世界,秘密和重要数据的传输存在各种安全问题。信息安全已成为数据通信领域的主要问题。解决这些安全问题的许多技术之一是音频隐写术。音频隐秘术意味着将一些数据隐藏在音频文件中,以使入侵者无法了解该数据。在本文中,我们提出了一种改进的新方法,用于在音频片段中隐藏秘密消息。我们使用安全密钥和遗传算法将消息位嵌入到覆盖音频样本中。在每个样本的不同最低有效位(LSB)层中嵌入一个或两个消息位。我们已经在几种音频序列上成功地测试了建议的技术。实验结果表明,该技术具有较高的消息嵌入能力,并且对输出序列的失真较小。

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