Browsing by Author Sazdov, R

Showing results 1 to 15 of 15
Issue DateTitleAuthor(s)
1-Jul-2017The perception of hyper-compression by mastering engineersRonan, M; Ward, N; Sazdov, R; Lee, H
1-Mar-2017A Perceptual Investigation into Spatialization Techniques Used in Multichannel Electroacoustic Music for Envelopment and EngulfmentLynch, H; Sazdov, R
14-Nov-2016The EU Project ORPHEUS: Object-based Broadcasting – for Next Generation Audio ExperiencesSilzle, A; Sazdov, R; Weitnauer, M
26-May-2016Considerations when calibrating program material stimuli using LUFSRonan, M; Ward, N; Sazdov, R
26-Jan-2016The perception of hyper-compression by untrained listenersRonan, M; Ward, N; Sazdov, R
5-May-2015An investigation into the sound quality lexicon of analogue compressors using category analysisRonan, M; Ward, N; Sazdov, R
1-Jan-2014Factors influencing listener preference for dynamic range compressionRonan, M; Sazdov, R; Ward, N
1-Jan-2014Loudness normalisation: Paradigm shift or placebo for the use of hyper-compression in pop music?Ronan, M; Sazdov, R; Ward, N
1-Jan-2013An investigation into the perception of spatial techniques used in multi-channel electroacoustic musicLynch, H; Sazdov, R
4-Nov-2011An Ecologically Valid Experiment for the Perceptual Study of Multi-Channel Electroacoustic MusicSazdov, R; Vande Gorne, A
12-Aug-2011The influence of sub-woofer frequencies within a multi-channel loudspeaker configuration on the perception of spatial attributes in a concert hall environmentSazdov, R
12-Aug-2011The influence of sub-woofer frequencies within a multi-channel loudspeaker configuration on the perception of spatial attributes in a concert hall environmentSazdov, R
29-Jul-2011The Influence of Subwoofer Frequencies Within a Multi-Channel Loudspeaker Configuration on The Perception of Spatial Attributes in a Concert-Hall environmentSazdov, R
29-Jul-2011An Ecologically Valid Experiment for the Comparison of Established Spatial TechniquesLynch, H; Sazdov, R
10-Jun-2011An Investigation into Compositional techniques Utilized for the Three-Dimensional Spatialization of Electroacoustic MusicLynch, H; Sazdov, R