Difference between revisions of "Signal processing/Dynamics processors (Q910)"

From CompetenceBase

the working principles and parameters of dynamic processors, and their particular signal paths

(‎Created a new Item: #quickstatements; #temporary_batch_1720681643590)
 
(‎Removed claim: import id (P39): 27, #quickstatements; #temporary_batch_1724141793623)
 
(30 intermediate revisions by 2 users not shown)
label / delabel / de
 +
Signalverarbeitung/Dynamik-Prozessoren
description / endescription / en
-
Dynamics processors are among the few non-time-invariant operations in sound. As such, setting them up correctly and effectively poses unique challenges, and each decision must be validated to work with all playing (or speaking) styles...
+
the working principles and parameters of dynamic processors, and their particular signal paths
description / dedescription / de
 +
Funktion und Parameter von Werkzeugen zur Dynamikbearbeitung, und ihre besonderen Signalwege
Property / import id
-

27

Amount27
Unit1
 
Property / import id: 27 / rank
-
Normal rank
 
Property / knowledge detail (EN)
 +
working principle and parameters of dynamics processors (English)
Property / knowledge detail (EN): working principle and parameters of dynamics processors (English) / rank
 +
Normal rank
Property / knowledge detail (EN): working principle and parameters of dynamics processors (English) / qualifier
 +
Property / knowledge detail (EN)
 +
envelope follower (English)
Property / knowledge detail (EN): envelope follower (English) / rank
 +
Normal rank
Property / knowledge detail (EN): envelope follower (English) / qualifier
 +
Property / knowledge detail (EN)
 +
working principle and utility of a side chain (English)
Property / knowledge detail (EN): working principle and utility of a side chain (English) / rank
 +
Normal rank
Property / knowledge detail (EN): working principle and utility of a side chain (English) / qualifier
 +
Property / knowledge detail (EN)
 +
working principle and parameters of a de-esser (English)
Property / knowledge detail (EN): working principle and parameters of a de-esser (English) / rank
 +
Normal rank
Property / knowledge detail (EN): working principle and parameters of a de-esser (English) / qualifier
 +
Property / knowledge detail (EN)
 +
working principle and parameters of a dynamic EQ (English)
Property / knowledge detail (EN): working principle and parameters of a dynamic EQ (English) / rank
 +
Normal rank
Property / knowledge detail (EN): working principle and parameters of a dynamic EQ (English) / qualifier
 +
Property / knowledge detail (EN)
 +
relevance of of EQ, dynamics, and effects ordering (English)
Property / knowledge detail (EN): relevance of of EQ, dynamics, and effects ordering (English) / rank
 +
Normal rank
Property / knowledge detail (EN): relevance of of EQ, dynamics, and effects ordering (English) / qualifier
 +
Property / prerequisite knowledge
 +
Property / prerequisite knowledge: Mathematics/Functions and diagrams / rank
 +
Normal rank
Property / prerequisite knowledge
 +
Property / prerequisite knowledge: Acoustics/Sound and sound waves / rank
 +
Normal rank
Property / prerequisite knowledge
 +
Property / prerequisite knowledge: Electroacoustics/Signals / rank
 +
Normal rank
Property / prerequisite knowledge
 +
Property / prerequisite knowledge: Signal processing/Equalizers / rank
 +
Normal rank
Property / prerequisite knowledge
 +
Property / prerequisite knowledge: Digital systems/signal processing / rank
 +
Normal rank
Property / owner
 +
Property / owner: ESSENCE / rank
 +
Normal rank
Property / licence
 +
Property / licence: CC BY-NC-SA 4.0 / rank
 +
Normal rank
Property / attribution
 +
Property / attribution: Built upon the IGVW SQQ7 profile. IGVW is not responsible for the content of this item. / rank
 +
Normal rank
Property / context
 +
Dynamics processors are among the few time-variant systems in traditional sound engineering. As such, setting them up correctly and effectively poses unique challenges: each decision must be validated to work with all playing (or speaking) styles likely to be encountered, to prevent detrimental effects on musical or dramatic expression. The ability to handle and master time-variant tools will become increasingly important with the introduction of more adaptive or even deep-learning based processing. (English)
Property / context: Dynamics processors are among the few time-variant systems in traditional sound engineering. As such, setting them up correctly and effectively poses unique challenges: each decision must be validated to work with all playing (or speaking) styles likely to be encountered, to prevent detrimental effects on musical or dramatic expression. The ability to handle and master time-variant tools will become increasingly important with the introduction of more adaptive or even deep-learning based processing. (English) / rank
 +
Normal rank
Property / context
 +
Dynamikprozessoren sind einer der wenigen Anwendungsfälle von zeitveränderlichen Systemen in der traditionellen Tontechnik. Ihr erfolgreicher Einsatz bringt besondere Herausforderungen mit sich: jede Einstellung muss mit allen Sprech- oder Spielweisen überprüft werden, die zu erwarten sind, um Einschränkungen oder Verfälschungen des dramatischen oder musikalischen Ausdrucks zu vermeiden. Die Fähigkeit, zeitveränderliche Systeme zu bedienen und zu meistern wird im Umgang mit zukünftigen adaptiven oder sogar deep-learning-basierten Prozessoren noch wichtiger werden. (German)
Property / context: Dynamikprozessoren sind einer der wenigen Anwendungsfälle von zeitveränderlichen Systemen in der traditionellen Tontechnik. Ihr erfolgreicher Einsatz bringt besondere Herausforderungen mit sich: jede Einstellung muss mit allen Sprech- oder Spielweisen überprüft werden, die zu erwarten sind, um Einschränkungen oder Verfälschungen des dramatischen oder musikalischen Ausdrucks zu vermeiden. Die Fähigkeit, zeitveränderliche Systeme zu bedienen und zu meistern wird im Umgang mit zukünftigen adaptiven oder sogar deep-learning-basierten Prozessoren noch wichtiger werden. (German) / rank
 +
Normal rank

Latest revision as of 08:18, 20 August 2024

the working principles and parameters of dynamic processors, and their particular signal paths
Language Label Description Also known as
English
Signal processing/Dynamics processors
the working principles and parameters of dynamic processors, and their particular signal paths

    Statements

    20
    0 references
    working principle and parameters of dynamics processors (English)
    0 references
    envelope follower (English)
    0 references
    working principle and utility of a side chain (English)
    0 references
    working principle and parameters of a de-esser (English)
    0 references
    working principle and parameters of a dynamic EQ (English)
    0 references
    relevance of of EQ, dynamics, and effects ordering (English)
    0 references
    0 references
    0 references
    Dynamics processors are among the few time-variant systems in traditional sound engineering. As such, setting them up correctly and effectively poses unique challenges: each decision must be validated to work with all playing (or speaking) styles likely to be encountered, to prevent detrimental effects on musical or dramatic expression. The ability to handle and master time-variant tools will become increasingly important with the introduction of more adaptive or even deep-learning based processing. (English)
    0 references
    Dynamikprozessoren sind einer der wenigen Anwendungsfälle von zeitveränderlichen Systemen in der traditionellen Tontechnik. Ihr erfolgreicher Einsatz bringt besondere Herausforderungen mit sich: jede Einstellung muss mit allen Sprech- oder Spielweisen überprüft werden, die zu erwarten sind, um Einschränkungen oder Verfälschungen des dramatischen oder musikalischen Ausdrucks zu vermeiden. Die Fähigkeit, zeitveränderliche Systeme zu bedienen und zu meistern wird im Umgang mit zukünftigen adaptiven oder sogar deep-learning-basierten Prozessoren noch wichtiger werden. (German)
    0 references

    ESCO description

    Sectoral layer

    Assessment

    References

     

    Wikidata