@inproceedings{RumseyEtAl_ASA08,
        AUTHOR  =       "Rumsey, F. and Zielinski, S. and Jackson, P. J. B. and Dewhirst, M. and Conetta, R. and Bech, S. and Meares, D.",
        TITLE   =       "Measuring perceived spatial quality changes in surround sound reproduction",
        BOOKTITLE =	"J.~Acoust.\ Soc.\ Am.",
        VOLUME  =       "123",
        NUMBER  =       "5, Pt.\,2",
        PAGES   =       "2980",
        NOTE	=	"{Presented at Acoustics'08}", 
	ADDRESS =	"Paris",
	MONTH   =       "July",
        YEAR    =       "2008",
        CITE    =       "Rumsey et al.\ (2008)",
	ABSTRACT =	
"The spatial quality of audio content delivery systems is becoming 
increasingly important as service providers attempt to deliver enhanced 
experiences of spatial immersion and naturalness in audio-visual 
applications. Examples are virtual reality, telepresence, home cinema, 
games and communications products. The QESTRAL project is developing an 
artificial listener that will compare the perceived quality of a spatial 
audio reproduction to a reference reproduction. The model is calibrated 
using data from listening tests, and utilises a range of metrics to predict 
the resulting spatial sound quality ratings. Potential application areas 
for the model are outlined, together with exemplary results obtained from 
some of its component parts."
}