Authors :
ADITI RAI; TOIBA SHEIKH; G. S. G. N ANJANEYULU
Volume/Issue :
Volume 9 - 2024, Issue 1 - January
Google Scholar :
http://tinyurl.com/52r3bna4
Scribd :
http://tinyurl.com/yb5wjyaf
DOI :
https://doi.org/10.5281/zenodo.10489078
Abstract :
Noise interference poses a significant
challenge in various fields reliant on accurate signal
processing such as telecommunication, audio analysis,
and medical imaging. Traditional noise filtering
methods, such as Spectral Subtraction method or using
Notch Filters, often fail to address the complex nature of
real world noise which exhibits non-linear
characteristics and lacks stationary properties. This
research paper adds to an already existing analytical
method-–NHA (Non-linear Harmonic Analysis) - which
is one of the most effective in our time. Then, using
Fourier Transform we analyze how to filter out noise
more effectively.
Keywords :
Real world audio analysis, non-linear characteristics, Non-linear Harmonic Analysis.
Noise interference poses a significant
challenge in various fields reliant on accurate signal
processing such as telecommunication, audio analysis,
and medical imaging. Traditional noise filtering
methods, such as Spectral Subtraction method or using
Notch Filters, often fail to address the complex nature of
real world noise which exhibits non-linear
characteristics and lacks stationary properties. This
research paper adds to an already existing analytical
method-–NHA (Non-linear Harmonic Analysis) - which
is one of the most effective in our time. Then, using
Fourier Transform we analyze how to filter out noise
more effectively.
Keywords :
Real world audio analysis, non-linear characteristics, Non-linear Harmonic Analysis.
