‘Unfortunately, the alcohol got into his eyes.’ (referred to as szeszbe in the text)ģ Segmentation and manual measurements of material ‘The alcohol coloured the concoction red.’ (referred to as szeszpi in the text) ‘It is well-known among alcoholic drinks.’ ☞ The six test sentences, together with their TextGrid files, can be found at /buogokw The test sentences are shown in (1) and (2), the underlined words constitute the focus of the acoustic measurements of this paper. As the aim of the paper is to enumerate and illustrate the various voicing measurement methods and not to carry out thorough acoustic and statistical analyses, only one token was chosen for each segment in each position, thus there were altogether six tokens. The sentences were recorded in a sound proof cabin onto a laptop computer through an M-Audio MobilePre USB preamplifier, using a Sony ECM-MS907 microphone. These words were embedded in carrier sentences, which the subject had to read out from a monitor at a normal, casual speech tempo. The test words were net ‘net’ and szesz ‘alcohol’. This paper focuses on the voiceless alveolar stop /t/ and the voiceless alveolar fricative /s/ in three positions: (i) intervocalic, (ii) before /p/, and (iii) before /b/. This recording was part of an independent research into sonorant voicing (Bárkányi & G. Kiss 2012). The data in this paper make use of recordings of standard Hungarian from one female subject (aged in her early 20s). In addition, the paper aims to asses the validity and reliability of these correlates and measurement methods in comparison with visual inspection of waveforms and spectrograms. The aim of this paper is to enumerate the various acoustic correlates of voicing in stops and fricatives and how these correlates can be measured in the phonetic analysis software, Praat (Boersma & Weenink 2012).
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