paper_nakasaki.dvi
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- あきみ すずがみね
- 5 years ago
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1 9
2 ii
3 iii
4 a) b) c) a) b) a) b) c) iv
5 a) b) c) a) a) b) a) b) c) d) e) v
6 a) b) c) a) b) c) A d) e) vi
7 . ),)
8 ). (A) (Blower Unit) (B) (HVAC Unit) (C) (Duct)
9 (C) Duct ( ダクト ) (A) Blower Unit ( ブロワーユニット ) (B) HVAC Unit ( ヒーター & クーラーユニット ).
10 A db khz ( db). db(a) A A..
11 Relative response (db) Frequency (Hz) Flat A weighting. (A ). HVAC A A
12 7 )....
13 7...
14 8 A A 7
15 9
16 . A A A. a)
17 . Vent-mode Foot-mode Defroster-mode Vent-mode Foot-mode Defroster-mode. Vent-mode
18 inlet outlet inlet outlet (a) Vent mode (b) Foot mode inlet outlet (c) Defroster mode.. Foot-mode Defroster-mode. (Fan-Hi) (LL class, Sedan type). db(a) digital audio tape (DAT)
19 b) ), )... (Vent-mode Foot-mode Defroster-mode) (HEAD acoustics) PC SENHEISER HD-9 (D-) 8 8 8
20 . "!! %# $$ (& * +,$,$ -' / (). 7 8$ :' < =' >>?9 A; DB FC > ( HEG K L' M N O P QI SJR V YW [ \ ]X X \Z ` a b^_ ec a ( ( +d h f W! jt kjg m n( oi ) #l opq r TU s g v w Bp xt 'u X { x$y 'z> } 9 l $ ' ~ q ƒ G
21 .
22 s s s s s s Air-conditioning sound presentation ( times per test). c)....
23 7 Order Adjective. Select Select Order Adjective ratio (%) ratio (%)
24 8. Order Adjective Standard Order Adjective Standard deviation deviation
25 9 (.) r = (xi x)(y i y) (N )S x S y (.) r x y S x S y %. 7. (quiet). (refreshing). (heavy)
26 .
27 . Adjective Standard Select Standard Select Adjective deviation ratio (%) deviation ratio (%) (wide). (muddy). (violent) 7. (dry) 7 % %. %.
28 (%) Select ratio Standard deviation.. a).. a) DAT
29 . No. Class Model No. Class Model LL Sedan 7 M Minivan LL Sedan 8 S Hatchback LL Sedan 9 S Sedan LL Sedan SS Hatchback LL Sedan SS Hatchback L Sedan Vent-mode Foot-mode Defroster-mode. a) Fan-Hi Vent-mode Foot-mode Fan-Middle (Vent-mode: Fan-Hi & Middle Foot-mode: Fan-Hi & Middle Defroster-mode: Fan-Hi) (Vent-mode Fan-Hi & Middle Foot-mode Fan-Hi & Middle) (HEAD acoustics) b) 7
30 思わない やや思う 思う 非常に思う : : : : (D-) DAT (SENNHEISER HD-9)
31 . a) SPSS 7) p Z Z Z Z p m Z i = a f i + +a m f mi +ε i Z i = a f i + +a m f mi +ε i (.) Z pi = a p f i + +a pm f mi +ε pi f ε f b)
32 . Primary eigenvalue Factor Total Variance ratio (%) Cumulative contribution ratio (%) c). 7%.7
33 7.7 () Adjective Factor Bartlett Anderson-Rubin A A
34 8.8 () Adjective Factor =.97 A A db(a).8 A A =. A A
35 9 Factor score Sound pressure level (db(a)).7.9 A A =.7 A A
36 Factor score Sound pressure level (db(a)).8 Factor score Sound pressure level (db(a)).9
37 . % 7 7 A A A
38 . A A. a) 9
39 8 7) b) (Loudness) sone khz (db) phon. 8) khz khz db sone
40 8). sone sone. khz : Bark
41 Sound pressure level (db) Frequency(Hz). Zwicker 9) ISO B ISO B c) (Sharpness) acum khz Bark db acum Zwicker (.) (.)
42 S =. Bark Bark N g (z)zdz, (.) N dz (z < ) g (z) =.z.z +.z.8z +. (z ), (.) N z g (z) ). a). =.88
43 7. Adjective Loudness Sharpness a) Vent-mode mode
44 8 Vent-mode (Muller- BBM PAK-system). acum 7 sone sone sone sone.8 acum. acum. acum 8. b). 7 7 (D-) DAT (SENNHEISER HD-9)
45 9 b). A A
46 . Sharpness Loudness Adjective const. const. Loudness Sharpness
47 . A 7
48 .. Vent-mode Foot-mode Defrostermode (LL class, Sedan type) Vent-mode Fan-Hi Foot-mode Fan-Hi Defroster-mode Fan-Hi. a) (Muller-BBM PAK-system)
49 Sound pressure level (db(a)) Sharpness :.8 :. :. :.7 :. Frequency (Hz). / (Vent-mode = sone ) Vent-mode Foot-mode 8 7 sone acum Defroster-mode 7 sone acum 9. sone /
50 . a). b) (D-) DAT (SENNHEISER HD-9) b) A.. A
51 . A A A A A. A A 7 db(a) A. A A A c)... b). A
52 Vent Foot Defroster 7 Sound pressure level (db(a)) (a) violent Vent Foot Defroster 7 Sound pressure level (db(a)) (b) quiet. (violent) (quiet).8. acum d)
53 7 Vent Foot Defroster Vent Foot Defroster 7 Sound pressure level (db(a)) (a) muddy 7 Sound pressure level (db(a)) (b) wide Vent Foot Defroster 7 Sound pressure level (db(a)) (c) refreshing. (muddy) (wide) (refreshing)
54 8 Vent Foot Defroster Vent Foot Defroster 7 Sound pressure level (db(a)) (a) dry 7 Sound pressure level (db(a)) (b) heavy Vent Foot Defroster Vent Foot Defroster 7 Sound pressure level (db(a)) (c) warm 7 Sound pressure level (db(a)) (d) cool. (dry) (heavy) (warm) (cool)
55 9 Sharpness :.8 :. :. :.7 :. Sharpness :.8 :. :. :.7 :. violent violent 9 8 Loudness (sone) (a) Vent mode 9 8 Loudness (sone) (b) Foot mode Sharpness :.8 :. :. :.7 :. violent 8 7 Loudness (sone) (c) Defroster mode. (violent)
56 quiet 9 8 Loudness (sone) (a) Vent mode Sharpness :.8 :. :. :.7 :. quiet 8 7 Loudness (sone) quiet (c) Defroster mode 9 8 Loudness (sone) (b) Foot mode Sharpness :.8 :. :. :.7 :. Sharpness :.8 :. :. :.7 :.. (quiet)
57 heavy Sharpness (acum) (a) Vent mode Loudness : 8. :. :. : 7. :. :. heavy Sharpness (acum) (c) Defroster mode heavy Sharpness (acum) Loudness :. :. : 7. :. :. :. (b) Foot mode Loudness : 8. :. :. : 7. :. :..7 (heavy)
58 Loudness : 8. :. :. : 7. :. : Sharpness (acum) (a) Vent mode dry Loudness :. :. : 7. :. :. : Sharpness (acum) (c) Defroster mode Loudness : 8. :. :. : 7. :. : Sharpness (acum) dry (b) Foot mode dry.8 (dry)
59 e)... d).(a) (c). acum. acum. c)
60 Loudness : 8. :. :. : 7. :. : Sharpness (acum) (a) Vent mode wide Loudness : 8. :. :. : 7. :. : Sharpness (acum) (b) Foot mode wide Loudness :. :. : 7. :. :. :. wide Sharpness (acum) (c) Defroster mode.9 (wide)
61 Loudness : 8. :. :. : 7. :. : Sharpness (acum) (a) Vent mode muddy Loudness :. :. : 7. :. :. : Sharpness (acum) (c) Defroster mode Loudness : 8. :. :. : 7. :. : Sharpness (acum) muddy (b) Foot mode muddy. (muddy)
62 Loudness : 8. :. :. : 7. :. : Sharpness (acum) (a) Vent mode refreshing Loudness :. :. : 7. :. :. : Sharpness (acum) (c) Defroster mode Loudness : 8. :. :. : 7. :. :. refreshing Sharpness (acum) refreshing (b) Foot mode. (refreshing)
63 7.. b).. 9%..... c). =.9.
64 8 warm Sharpness (acum) (a) Vent mode Loudness : 8. :. :. : 7. :. :. warm Sharpness (acum) warm (c) Defroster mode Sharpness (acum) Loudness :. :. : 7. :. :. :. (b) Foot mode Loudness : 8. :. :. : 7. :. :.. (warm)
65 9 Loudness : 8. :. :. : 7. :. : Sharpness (acum) (a) Vent mode cool Loudness :. :. : 7. :. :. : Sharpness (acum) Loudness : 8. :. :. : 7. :. : Sharpness (acum) cool (c) Defroster mode (b) Foot mode cool. (cool)
66 . Primary eigenvalue Factor Total Variance ratio (%) Cumulative contribution ratio (%)
67 . Evaluation Factor words
68 ... Factor score Loudness (sone). =.9 A
69 ... Factor score Sharpness (acum).
70 .
71 .
72 . Age group s s s s male female total. a) (ITERA GN Otometrics A/S) 8 Hz 7 db 9 db SPL db(a) 8 8.
73 7 b) Hz 8 Hz Hz Hz Hz db db db c)... Hz Hz
74 8 Sound pressure level (db) s s s s Frequency (Hz). 8 Hz 8 db / Hz khz
75 9. a) (LL class, sedan type) Vent-modeFan-Hi Foot-modeFan-Hi Defroster-modeFan-Hi. c) e) Vent-mode Foot-mode Defroster-mode (LL class, Sedan type) Vent-mode Fan-Hi (Muller-BBM PAK-system) 8 7 sone acum ( ) b). b). 7
76 (D-) DAT (SENNHEISER HD-9) c) A.(a) (c).8.. acum (a) (b) (c).(a) (c).8.. acum
77 7.(d) (f).(d) (f).8.. acum A.. (a) (c) A d).. sone..8 sone
78 7 s s s s Sharpness =.8 (acum) s s s s Sharpness =.8 (acum) (a) Loudness (sone) Sharpness =. (acum) s s s s (d) Sound pressure level (db(a)) Sharpness =. (acum) s s s s (b) Loudness (sone) (e) Sound pressure level (db(a)) s s s s Sharpness =. (acum) s s s s Sharpness =. (acum) (c) Loudness (sone) (f) Sound pressure level (db(a)). (violent) (a) (c), (d) (f)
79 7 Sharpness =.8 (acum) s s s s Sharpness =.8 (acum) s s s s (a) Loudness (sone) Sharpness =. (acum) s s s s (d) Sound pressure level (db(a)) Sharpness =. (acum) s s s s (b) Loudness (sone) (e) Sound pressure level (db(a)) Sharpness =. (acum) s s s s Sharpness =. (acum) s s s s (c) Loudness (sone) (f) Sound pressure level (db(a)). (quiet) (a) (c), (quiet) (d) (f)
80 7 Loudness =. (sone) s s s s Loudness =. (sone) s s s s (a) Sharpness (acum) (b) Sharpness (acum). (muddy) e).9. sone. d)
81 7 s s s s Loudness =. (sone) s s s s Loudness =. (sone) Sharpness (acum) (a) Sharpness (acum) (b). (refreshing) Loudness =. (sone) s s s s Loudness =. (sone) s s s s (a) Sharpness (acum) (b) Sharpness (acum). (heavy)
82 7 Loudness =. (sone) s s s s Loudness =. (sone) s s s s (a) Sharpness (acum) (b) Sharpness (acum).7 (wide) s s s s Loudness =. (sone) s s s s Loudness =. (sone) Sharpness (acum) (a) Sharpness (acum) (b).8 (dry)
83 77 Loudness =. (sone) s s s s Loudness =. (sone) s s s s (a) Sharpness (acum) (b) Sharpness (acum).9 (warm). c).. b).. 9%..
84 78 s s s s Loudness =. (sone) s s s s Loudness =. (sone) Sharpness (acum) (a) Sharpness (acum) (b). (cool). Factor Contribution ratio (%) s s s s Total
85 79..,... c)..
86 8. Evaluation word s s Factor Factor
87 8. Evaluation word s s Factor Factor
88 8 Factor score Factor score s (a) Loudness (sone) s (c) Loudness (sone) Factor score Factor score s (b) Loudness (sone) s (d) Loudness (sone).. c).
89 8 Factor score Factor score Sharpness (acum) s (a) s (c) Sharpness (acum) Factor score Factor score Sharpness (acum) s (b) s (d) Sharpness (acum).
90 8 % % % %. Hz Hz
91 8. ( ) Hz Hz
92 7 A 7 8
93 87 A A ( )
94 88 (A )
95 89 HVAC
96 9
97 9 7 8 ( )
98 ),,,,,, 7 7 (). ),,,,,, (). ),,, -,, 8, 8 9 (98). ),,, 8, 8 (98). ),,, 7, (97). ),,,, 8 88 (979). 7),,,,,,,, 8 (). 8),,,,,,, (). 9),,,,,,, (99). 9
99 9 ),,,,, 79 7 (99) ),,,, 8, 87 8 (99) ),,,, (997) ),,,, 8, 7 (987). ),,,,,, -7-8, 7 7 (). ),,, (997). ),,,,,,, 9(998). 7) IBM, 8) Zwicker E., Fastl H. and Dallmayr C., BASIC-Program for calculating the loudness of sounds from their /-oct band spectra according to ISO B, Acustica,, 7 (98). 9) S.S.Stevens, Procedure for Calculating Loudness: Mark, J. Acoust. Soc. Am.,, 77 8 (9). ) S.S.Stevens, Perceived Level of Noese by Mark and decibels (E), J. Acoust. Soc. Am.,, 7 (97).
100 9 ),,,, (98). ),,,, 97 (989). ) Von Bismarck, G. Sharpness as an Attribute of the Timbre of Steady State Sounds, Acustica,, 9 7 (97). ) Aures, W. A model for Calculating the Sensory Euphony of Various Sounds, Acustica, 9, (98). ) P. Daniel and R. Weber, Psychoacoustic Roughness: Implementation of an Optimized Model, Acustica, 8, (997). ) W. Aures, A Procedure for Calculating Auditory Roughness, Acustica, 8, 8 8 (98). 7) E Terhardt, On the perceptions of periodic sound fluctuation(roughness), Acustica,, (97). 8),, 9) E. Zwicker, ( ), (, ), 8 (99). ) E. Zwicker, ( ), (, ), 8 (99).
101 . Ryota Nakasaki, Hiroshi Hasegawa, and Masao Kasuga, Subjective evaluation of sound images of air-conditioning system in a vehicle, Acoustical Science & Technology ( ),, 7 ().. Ryota Nakasaki, Hiroshi Hasegawa, and Masao Kasuga, Evaluation of airconditioning sounds in a vehicle to determine thermal feelings using psychoacoustic parameters, Acoustical Science & Technology ( ),, 9 (). 9
102 9. Ryota Nakasaki, Yukio Ozeki, Masaharu Onda, Hiroshi Hasegawa, and Masao Kasuga, Subjective evaluation experiment of air-conditioning sound in a vehicle, JCA7 The Japan-China Joint Conference of Acoustics 7, No., Japan (7).. Ryota Nakasaki, Yukio Ozeki, Masaharu Onda, Hiroshi Hasegawa, and Masao Kasuga, Subjective evaluation of air-conditioning sound in a vehicle using psychoacoustic parameters, ICA 7 9th International Congress on Acoustics, Noi--, Spain (7).. Ryota Nakasaki, Yukio Ozeki, Masaharu Onda, Hiroshi Hasegawa, and Masao Kasuga, Sound quality evaluation of air-conditioning sounds in a vehicle using psychoacoustic parameters, Acoustics 8 Paris, pp. 8 8, France (8).. Nakasaki, Takaharu Ogata, Yukio Ozeki, Masaharu Onda, Hiroshi Hasegawa, and Masao Kasuga, Subjective evaluation experiment of air-conditioning sounds in a vehicle according to the differences between generations, KEER International Conference on Kansei Engineering and Emotion Research, CD-ROM, France ().
103 97.,,,,,,,, ()..,,,,,,, ( ), (7)..,,,,,,,,, (8)..,,,,,,,, (8)..,,,,,,,,, (9).
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