4-ary Odor-Shift Keying Using Multi-channel Olfactory Display

Sumek Wisayataksin, Panupong Angkasuwan, Y. Ariyakul
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Abstract

Odor-shift keying, a data modulation technique that encodes digital data by varying odor presentation, was proposed in this paper. A multi-channel olfactory display was used as modulator to release multiple odors whose blending ratio representing different digital data. On the demodulator side, an odor sensing system is used to measure the released smells, revert them into electrical form which is then decoded into the original data by using digital signal processing. The proposed technique can enhance data transfer rate of the communication through odor as carrier. A preliminary experiment was conducted to validate the possibility of the concept of varying the presented odors to represent different binary data. Finally, a string was practically modulated and transmitted by using the proposed technique. The demodulation process can be performed successfully and the data transfer rate was doubled from the previous work.
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使用多通道嗅觉显示的4-ary气味移位键控
提出了一种通过改变气味表现形式对数字数据进行编码的数据调制技术——气味移位键控。采用多通道嗅觉显示器作为调制器,释放多种气味,其混合比例代表不同的数字数据。在解调器方面,气味传感系统用于测量释放的气味,将其转换为电子形式,然后使用数字信号处理将其解码为原始数据。该技术可以提高以气味为载体的通信的数据传输速率。通过初步实验验证了用不同的呈现气味来表示不同二进制数据的可能性。最后,利用该技术对一串信号进行了实际调制和传输。解调过程可以成功地进行,数据传输速率比以前提高了一倍。
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