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Data embedding in audio using time-scale modification ...
https://ieeexplore.ieee.org/document/1420377/#:~:text=Data%20embedding%20in%20audio%20using%20time-scale%20modification%20Abstract%3AA,points%20of%20the%20audio%20signal%20to%20embed%20data.
Data embedding in audio using time-scale modification ...
https://ieeexplore.ieee.org/document/1420377/
Data embedding in audio using time-scale modification Abstract: A new framework for data embedding in audio is proposed. The basic idea of the algorithm is to change the length of the intervals between salient points of the audio signal to embed data.
(PDF) Data embedding in audio using time-scale ...
https://www.academia.edu/2267036/Data_embedding_in_audio_using_time-scale_modification
One of the main problems in audio data embedding schemes Index Terms—Broadcast monitoring, data embedding, data hiding, time-scale modification (TSM), wavelet extrema. in general is poor robustness against TSM because this oper- ation usually leads to …
Data embedding in audio using time-scale modification ...
https://www.researchgate.net/publication/3334083_Data_embedding_in_audio_using_time-scale_modification
Request PDF | Data embedding in audio using time-scale modification | A new framework for data embedding in audio is proposed. The basic idea of …
(PDF) Audio watermarking by time-scale modification
https://www.researchgate.net/publication/3908772_Audio_watermarking_by_time-scale_modification
Likewise within audio-steganogrpahy several approaches have been made to deter the effect of Time-Scale Modification (TSM) on embedding techniques [42][43] …
(PDF) Audio watermarking by time-scale modification ...
https://www.academia.edu/4021197/Audio_watermarking_by_time_scale_modification
The non-orthogonal dyadic wavelet decomposition of the which are lossy compression, low pass filtering, and time scale envelope is calculated using the derivative of cubic spline modification. In addition the system should be transparent, i.e. wavelet basis (typically 10-1 1 dyadic scales are needed). the watermarked signal should be indistinguishable from the 3.
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