Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The great challenge, in blind audio watermarking, is to recover the transparent embedded information with minimum errors even in presence of disturbances. Some signal disturbances like MPEG compression and filtering can be modelled as fading-like distortions. Besides the inaudibility constraint, the problem will be vied as the conception of a particular communication system, where our purpose is to reduce host interference noise HIN and inter-symbol interference ISI on one hand and to deal with fading perturbations on the other hand. ,  propose adapting multi-carrier MC modulation, widely used in wireless communications, to the watermarking context. Our main motivation is to exploit advantages of MC modulations in order to outperform spread spectrum SS audio watermarking schemes. The new MC-watermarking system allows us to improve detection reliability and to increase robustness of the embedded watermark. Moreover, the inaudibility constraint will be ensured by adapting the MC signal parameters to the masking characteristics of the human auditory system HAS.
['Mohammed Khalil', 'Abdellah Adib']
I am writing a research paper on a idea Robust audio watermarking based on multi-carrier modulation
[{"from": "human", "value": "I am writing a research paper on a idea Robust audio watermarking based on multi-carrier modulation"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The great challenge, in blind audio watermarking, is to recover the transparent embedded information with minimum errors even in presence of disturbances. Some signal disturbances like MPEG compression and filtering can be modelled as fading-like distortions. Besides the inaudibility constraint, the problem will be vied as the conception of a particular communication system, where our purpose is to reduce host interference noise HIN and inter-symbol interference ISI on one hand and to deal with fading perturbations on the other hand. ,  propose adapting multi-carrier MC modulation, widely used in wireless communications, to the watermarking context. Our main motivation is to exploit advantages of MC modulations in order to outperform spread spectrum SS audio watermarking schemes. The new MC-watermarking system allows us to improve detection reliability and to increase robustness of the embedded watermark. Moreover, the inaudibility constraint will be ensured by adapting the MC signal parameters to the masking characteristics of the human auditory system HAS."}]