In the field of psychoacoustic analysis the goal is to construct a transformation that will map a time waveform into a domain that best captures the response of a human perceiving sound. A key element of such transformations is the mapping between the sound intensity in decibels and its actual perceived loudness. A number of different loudness models exist to achieve this mapping. This paper examines implementation strategies for some of the more wellknown models in the Matlab software environment
Loudness measurements are often necessary in psychoacoustic research and legally required in broadca...
A nonlinear-algebraic approach to monaural intensity processing is proposed: the purpose is to integ...
As the perceived quality of a product is becoming more important in the manufacturing industry, more...
In the field of psychoacoustic analysis the goal is to construct a transformation that will map a ti...
This publication contains MATLAB (R2022) code to run a GUI for loudness calculation. Loudness is de...
This thesis investigates the application of perceptual models to areas of audio engineering, with a ...
There are many situations requiring the measurement and automatic modification of ""levels"" that an...
The measurement of perceived loudness is a difficult yet im-portant task with a multitude of applica...
Full text: While "classical" loudness models predict loudness in sone using the concepts of Stevens'...
The calculation of perceived loudness is an important factor in many applications such as the assess...
International audienceCurrent loudness models and indicators of time-varying sounds such as the 95th...
This article reviews the evolution of a series of models of loudness developed in Cambridge, UK. The...
Advances in the field of psychoacoustics have resulted in the development of more accurate models fo...
A model for the loudness of time-varying sounds [Glasberg and Moore (2012). J. Audio. Eng. Soc. 50, ...
It can be said that the MP3 coding method is one of the best out there due to the different stages i...
Loudness measurements are often necessary in psychoacoustic research and legally required in broadca...
A nonlinear-algebraic approach to monaural intensity processing is proposed: the purpose is to integ...
As the perceived quality of a product is becoming more important in the manufacturing industry, more...
In the field of psychoacoustic analysis the goal is to construct a transformation that will map a ti...
This publication contains MATLAB (R2022) code to run a GUI for loudness calculation. Loudness is de...
This thesis investigates the application of perceptual models to areas of audio engineering, with a ...
There are many situations requiring the measurement and automatic modification of ""levels"" that an...
The measurement of perceived loudness is a difficult yet im-portant task with a multitude of applica...
Full text: While "classical" loudness models predict loudness in sone using the concepts of Stevens'...
The calculation of perceived loudness is an important factor in many applications such as the assess...
International audienceCurrent loudness models and indicators of time-varying sounds such as the 95th...
This article reviews the evolution of a series of models of loudness developed in Cambridge, UK. The...
Advances in the field of psychoacoustics have resulted in the development of more accurate models fo...
A model for the loudness of time-varying sounds [Glasberg and Moore (2012). J. Audio. Eng. Soc. 50, ...
It can be said that the MP3 coding method is one of the best out there due to the different stages i...
Loudness measurements are often necessary in psychoacoustic research and legally required in broadca...
A nonlinear-algebraic approach to monaural intensity processing is proposed: the purpose is to integ...
As the perceived quality of a product is becoming more important in the manufacturing industry, more...