noiseReductionType

P107588
predicate

Indicates the specific method or technique used to reduce or minimize noise in a given context.

Try in SPARQL

All labels observed (11)

Label Occurrences
backgroundReductionMethod 14
noiseCancellingType 5
backgroundReductionStrategy 3

Description generation (PDg)

The one-sentence description above was generated by prompting gpt-5.1 with the predicate name and this instruction.

Instruction
Given a predicate that represents a relationship or action between entities, generate a one-sentence description explaining its meaning.  
# Instructions
Focus on describing the relationship, not the entities themselves. 
# Response Format
Begin the description with \' Indicates...\'
Input
Predicate: noiseReductionType
Generated description
Indicates the specific method or technique used to reduce or minimize noise in a given context.

Sample triples (36)

Subject Object
Dolby A compander ⓘ
Dolby A encode-decode system ⓘ
Dolby B companding system ⓘ
Taigei-class submarine anechoic coating via predicate surface "hasNoiseReduction" ⓘ
Taigei-class submarine vibration isolation for machinery via predicate surface "hasNoiseReduction" ⓘ
Beats Solo Pro adaptive active noise cancellation via predicate surface "noiseCancellationType" ⓘ
LVD
surface form: Large Volume Detector
cosmic-ray muon shielding by rock overburden via predicate surface "backgroundReduction" ⓘ
CUORE deep underground location via predicate surface "backgroundReductionMethod" ⓘ
CUORE cryogenic operation via predicate surface "backgroundReductionMethod" ⓘ
CUORE radiopure materials via predicate surface "backgroundReductionMethod" ⓘ
DAMA/LIBRA radiopure materials selection via predicate surface "backgroundReductionMethod" ⓘ
DAMA/LIBRA multi-layer shielding via predicate surface "backgroundReductionMethod" ⓘ
CRESST deep underground shielding via predicate surface "backgroundReductionMethod" ⓘ
CRESST passive shielding via predicate surface "backgroundReductionMethod" ⓘ
CRESST active veto systems via predicate surface "backgroundReductionMethod" ⓘ
XENON material radiopurity selection via predicate surface "backgroundReductionMethod" ⓘ
XENON active veto systems via predicate surface "backgroundReductionMethod" ⓘ
XENON fiducial volume cuts via predicate surface "backgroundReductionMethod" ⓘ
GERDA operation in liquid argon via predicate surface "backgroundReductionStrategy" ⓘ
GERDA passive shielding via predicate surface "backgroundReductionStrategy" ⓘ
GERDA active veto systems via predicate surface "backgroundReductionStrategy" ⓘ
Beats Studio Buds active via predicate surface "noiseCancellationType" ⓘ
CANDLES underground location via predicate surface "backgroundReductionMethod" ⓘ
CANDLES radiopure detector materials via predicate surface "backgroundReductionMethod" ⓘ
CANDLES shielding against cosmic rays via predicate surface "backgroundReductionMethod" ⓘ
KAGRA gravitational-wave detector seismic isolation via predicate surface "noiseReductionStrategy" ⓘ
KAGRA gravitational-wave detector thermal noise reduction via cryogenics via predicate surface "noiseReductionStrategy" ⓘ
Sony WH-1000XM5 hybrid ANC via predicate surface "noiseCancellingType" ⓘ
Sony WH-XB910N active noise cancellation via predicate surface "noiseControlType" ⓘ
Sony LinkBuds S hybrid active noise cancellation via predicate surface "noiseCancellingType" ⓘ
Sony WH-1000XM4 hybrid ANC via predicate surface "noiseCancellingType" ⓘ
Sony MDR-V6 passive noise isolation via predicate surface "noiseIsolation" ⓘ
Sony WH-1000XM3 hybrid ANC via predicate surface "noiseCancellationType" ⓘ
Sony WF-1000XM4 hybrid active noise cancellation via predicate surface "noiseCancellingType" ⓘ
Sony WI-1000XM2 hybrid noise cancellation via predicate surface "noiseCancellingType" ⓘ
High Com noise reduction tape hiss via predicate surface "noiseTypeReduced" ⓘ