Auditory source width (ASW) is the perceived width of an auditory event of a stimulus, which
has complicated relationships with the interaural cross-correlation coefficient, loudness level …

The purpose of this paper is to investigate whether or not the degree of interaural cross-
correlation can be widely applied as a physical factor to estimate auditory source width …

There has been a demand for measuring the degree of interaural cross-correlation (ICC) as
a physical measure for auditory (apparent) source width (ASW). Standardization of the …

The authors have proposed a technical prediction model of auditory source width (ASW). In
this model, ASW for any stimulus can be estimated by summing up the 1/3 octave band ASW …

The purpose of this paper is to confirm the inference from an experiment reported in a
previous paper (Morimoto, M., Iida, K. & Furue, Y., Applied Acoustics, 38 (1993) 291–301) …

The degree of interaural cross correlation is well known as a physical factor for auditory
source width (ASW). But, how to measure it is not yet described clearly. The degree of …

The authors formulated a technical prediction model of auditory source width (ASW). By the
model, ASW for any stimulus can be estimated by summing up 1/3 octave band ASW. It is …

Previous research has indicated that the relationship between the interaural cross-
correlation coefficient (IACC) of a narrow-band sound and its perceived auditory source …

Apparent source width (ASW) is a perceptual attribute that describes the perceived width of
a sound image. The interaural cross-correlation (IACC) is commonly used in room acoustics …

Summary Auditory Source Width (ASW) as an important Factor for subjective judgement of
concert halls. In this paper, the effects of the frequency chaiacteristics of the degree of …