Technischer hinweis
Mastering
The Algorithm
Our exclusive algorithm doesn't exist in any hardware nor software plug-in. It features a dynamically controlled harmonic enhancer feeding a 32 bands de-expander. The last stage ...
View details »Good Mastering Practices
The number of bits determines the description resolution for each sample. A 16-bit signal is described according to 65 536 (2 ^ 16) values. This allows a theoretical 96 dB signal-to-noise ratio.
View details »Equal Loudness Contour
An equal-loudness contour is a measure of sound pressure (dB SPL), over the frequency spectrum, for which a listener perceives a constant loudness when presented with pure steady tones.
View details »A perceptual approach on clipping and saturation
This article is about the analysis of the most common form of nonlinearities and distortions in the acoustical field. Both negative aspects and useful application will be shown.
View details »State variable changes to avoid non computational issues
This paper is about the numerical simulation of nonlinear analog circuits with "switch" components, such as diodes.
View details »A complete model of a tube amplifier stage
In this note we are going to build a mathematical model of a tube amplifier stage; as an example, a common cathode triode amplifier will be examined, but the exposed method can be applied to every other tube amplifier.
View details »Sampling Theory For Digital Audio
While this article by Dan Lavry offers a general explanation of sampling, the author's motivation is to help dispel the wide spread misconceptions regarding sampling of audio at a rate of 192KHz.
View details »On-line Mastering Services Shootout!
From SOS
A new business model based around the Internet promises to make professional mastering more convenient.
View details »Implementing Loudness Models
In the fiels of psychoacoustic analysis the goal is to construct a transformation that will map a time waveform into adomain that best captures the response of the human perceiving model
View details »Modeling the relation between the intensity just-noticeable difference and loudness for pure tones and wideband noise
A classical problem in auditory theory is the relation between the loudness and the intensity just-noticeable difference.
View details »Algorithms to measure audio programme loudness and true-peak audio level
This Recommendation specifies audio measurement algorithms for the purpose of determining subjectiveness, and true-peak signal level.
View details »Comparison Of Interpolation Algorithms
This paper tries to analyze the most popular interpolation methods.
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