Kobe University Repository : Thesis
Contents
1.2. 3 5 2 1
3. 1 4 mJ 4 2
4. 11 1999 5 1
5. 2 800MHz 1 5GHz O
6. 133 134 1 122ch Scan order of MEG channels View from top outside of the head 31 27 28 e 3 36 ke ewe HS ERE E ee T EI2 TENA TEC ac E o go 91 67 68 d 1 122ch NeuroMag 122 Finland 2 Imm 2Kg 3 1
7. L 1 2 3 1
8. 3 2 36 EB
9. 3pT 87 1 50Hz Root Mean Square RMS 4 1 4 12A RMS LC offset 90 150ms onset HOW 90 150ms
10. A
11. 130msec D
12. 0
13. 2 3 74 3 2
14. NHTSA National Highway Traffic Safety Administration M J Goodman 2 1999 1 Transportation Human Factors Wu UN V cU M Eus CD 18 1995 85
15. 33 L
16. 10 ilz 1 116 5 60 Bd 5 9 LED
17. 12 3 22 Wilcoxon 3 3 21 56 0 8 0 6 S 0 4 0 2 3 2 1 3 21 p 0 01 p lt 0 1 NS Not Signifi
18. s 3 39 p lt 0 01 p lt 0 05 t 11 67 3 5 3 3 40 24 1
19. 7 OD OD 9
20. 1 26 79 1 1 Schmidt MacClure
21. 3 2 X 9 3
22. ECD equivalent current dipole TRR L a ds Q I Q Ids A m ds b
23. AJ Mcknight 17 HAIm 5 f NASA task load index TLX
24. 5 132
25. xd 4 16 a 1 4 16 b 9 7 TORS d LOZI d 4 3 4 3 Bmax 7 go 4z X10 H m HAL
26. 03 1 2 4 SEHE C I UT TRIES EEHRIC db 0 9
27. p lt 0 01 3 3 3 0 1 0 1 0 3 03 0 5
28. R A Tokunaga
29. END EXGE LULISBEEROSREICBIH SA 1 E 1 3 1 2 2
30. CARA S 3 5
31. 2 X 3 2 2X3 RE 12 F 1 03 F 2 60 596 3 15 70 3 6
32. 0 10V A D 10V GND C 10V GND Cm 3 7 ioy ep 3 8 42 3 9 PC 3 8 JRM RRSS S0kQ A D
33. 60 3 4 1 2 5 6 3 4 3 ALF 21 gon 6 2
34. 3 6 3 7 JRM RRS3 20kO 40 3 5 PC 3 6 41 0 10V A D Interface 16 PCL 313 PC 0 10V 7 JRM tt LP 100F SkQ
35. 35 40 75 70 110923 59 5 4 35 5 3 P gt T 5 4 113
36. 3 4 MEG 5
37. 5 7 50N X 217 47 10 NTT DoCoMo P153 3mm dB 60dB 90dB 10dB 30 5 6
38. 7kg 2 1 1985 1 2 1 O Bl22 100 sd 41 LIII 500099 2 3 802 23 2 4 803 2 5 P2 4 19cm 22cm 5 5Scm 3kg 100 2 2 doc
39. 100m 30m 131 6 3
40. 3 4 2227 12 3 5 2 a T 3 26 3 27 3 28 61 Ed 3 29 3 30 Ed 3 31
41. z 3 2 1 0 1 2 3 9 22 1 0 1 2 3 m m 3 26 3 27 3 28 m 0 10 20 30 40 50 60 sec 3 29 62 m 0 10 20 30 40 50 60 sec d 3 30 m 0 10 20 30 40 50 60 sec Bd 3 31 3 30 3 31 b
42. 10 40 30 60 12 2 3 41 3 42 3 41 1
43. 43 1 65 7 2 0 4 2 309 24 7 610 18 3 81 4 66 1 Claire 2 43 10 000 1
44. 10 1 A 10 1 2 UL 20 20 22 27 ROR 12 55 3 3 3 4 2 12 RD 12 3 21 2
45. 44 m sec 3 11 c ft ft 0 2 ft 3 10 sec 0 01 02 03 04 05 06 07 m 3 12 45 m sec 3 13 t 3 12
46. vV N 2 34 2 39 2 40 3 24 rU IU HAE E Haigney
47. 2 200ms 1 3 4 5 4 18 a 116ms b 116ms c 192ms 100 ogo er o onset on off 3 1 2 IBISE 116ms 4 18a
48. onset offset 4 1 Brown I D Tickner A H and Simmonds D C V Interference between concurrent tasks of driving and telephoning Journal of Applied Psychology 53 1969 pp 419 424 4 2 Alm H and Nilsson L The effect of a mobile telephone task on driver behavior in a car following situation Accident Analysis and Prevention 27 1995 pp 707 715 4 3 Stein A C Parseghian Z and Allen R W A simulator study of the safety implications of cellular mobile phone use in 31st Annual proceedings of the American Association for Automotive Medicine Hawthorne CA March 1987 pp 181 200 4 4 Brookhuis K A DE Varies G and DE Waard D The ef
49. 1 4 1 3 0 3 Q 2 0 2 Q 1 4 4 5
50. 3 32 3 33 3 34 63 3 35 3 36 3 37 DE T
51. 43 690 21 2 A B AB K A Brookhuis A C Stein 1 3
52. C
53. 1100 4 1000 IS i uA Pot 40 700 600 Win 500 H ig ig HE 400 ES 300 T E j 200 EH joo A 1996 1997 1998 1999 2000 2001 2002 1 1 1 RA ndis dd B
54. 3 offset onset 4 o on 5 o eg 3 1 1 1 6 OT tone burst puretone oe 4 7 offset
55. 20fT 4 18b 5 1 4 18c 192ms 3 4 19 3 GOF 2 GOF offer 3 5 0 nAm
56. 299 299 246 ED Redelmeier 239239 Quinlan 9 27
57. RMS 0 300ms 0 2 offset onset offset offset s A on D of on O Y 1000ms 100fI cm 100fT cm 1000ms P 1000ms 500ms 200ms 200ms 200ms 4 13 C A C C D F RMS of O on A 1000ms D 1000ms B 500ms E 500ms C 200ms F 200ms 90 A B offset offset e off off rid Oon oon 100fT cm 100fT cm 500ms 500ms
58. 2000 pp 23 34 William Consiglio Peter Driscoll Matthew Witte William P Berg Effect of cellular telephone conversations and other potential interference on reaction time in a braking response Accident Analysis and Prevention 35 2003 pp 495 500 Roland Matthews Stephen Legg Samuel Charlton The effect of cell phone type on drivers subjective workload during concurrent driving and conversing Accident Analysis and Prevention 35 2003 pp 451 457 P A Hancock M Lesch L Simmons The distraction effects of phone use during a 2 16 2 17 2 18 2 19 2 20 2 21 2 22 2 23 2 24 2 25 2 26 2 27 29 crucial driving maneuver Accident Analysis and Prevention 35 2003 pp 501 514 David W Eby Jonathon M Vivoda Driver hand held mobile phone use and safety belt use Accident Analysis and Prevention 35 2003 pp 893 895 I D Brown A H Tickner and D C V Simmonds Interference between concurrent tasks of driving and telephoning J of Applied Psychology 53 No 5 1969 pp 419 424 Brookhuis K A De Varies G and De Waard D The effect of mobile telephoning on driving performance Accident Analysis and Prevention 23 No 4 1991 pp 309 316 A C Stein Z Parseghian R W Allen A Si
59. u 300ms 4 5 V 0 0 2 0 4 0 6 0 8 1 sec 4 3 2 V 0 0 2 0 4 0 6 0 8 1 sec 4 4 3 Arh 0 0 200 400 600 800 1000 1200 1400 msec 4 5 1 7 6 424 4 336 6msec
60. Cutaneous Vaso Constrictor CVC BUS f ALF21 b 3 40 ml min 100g N Co ww 1 e Cc N e 0 30 60 90 120 150 180 s B 3 16 50
61. 3 2 3 2 1 9 2 5mm 2 000cm lt 1 700 2 250 cm 140 C von Economo 136 5300 3 WRA TRA PREA TEE 3 1 4
62. 2 12 2000 1 120 1 2001 130 6 2002 2003 2 12 b 2003 2002 22 2 3 1 219 LD Brown 5 3 9
63. 1998 pp 37 42 1998 pp 79 82 Goodman M J Tijerina L Bents F D amp Wierwille W W Using Cellular Telephones in Vehicles Safe or Unsafe Transportation Human Factors Vol 1 No 1 1999 pp 3 42 5 6 5 7 5 8 5 9 5 10 127 2000 pp 25 34 Vol 5 No 2 2003 pp 37 43 Electronic Data Systems Corporation http www eds com products plm efactory jack 4 1992 pp 423 426
64. 3 2 2 5 5 126 1 ON 14N N
65. b
66. PC 20 PM2 00 10 4 2 2 42 1 4 2a 4 2b u 2 SED kHz i D 4 kHz 0 0 5 1 0 25 3 0 15 20 sec a b 4 2 1 75 76 E 42a u
67. 1 1 m BE sS 34 3 1 19
68. 1 2 x ECT NE nn 4 1 T xt 7 7 n 4 4 2 4 12A 1000ms MEG MEG 61 b 2 offset L 100fT cm S00ms 300ms
69. 2 tone burst pure tone 4 5 1 1 1 92 MEG MBG 1 1
70. 3 4 2 E 1 10 1
71. 1 14 193 14 1 1 p lt 0 01 193 258 E 259 384 E 385 14 2 78 3 55 333 14 14 2 14
72. B 5 10 3 2 LED 3 PSD 5 8 5 1 3 b 5 9 10 117 118 i 5 10 5 2
73. 71 5 5 15 2 1 2 000 H 9 000 FJ 7 000 6 000 1999 11 1 10 2 5 100 19 3 a eo 134 120 120 117 5 E e e 2000 2001 2002 a co o e 22 6 8 8 A eo 2002 2003 b 2 12 16
74. 0 72 0 93 p lt 0 01 90 0 35 0 20 0 15 b 0 05 0 23 p 0 25 5 2 0 41 8 p lt 0 15
75. 2 a b 3 1
76. 1 2 3 4 18
77. 9 9 o 5 8 30 lt 0 lt 180 50 lt 0 180 45 lt 9 lt 100 S 5 1 35 180 deg 0 o 3 1 1 112 A Ode iO A EIE OSexcvos ueBHERP UEU 5 3
78. ORBI EC 3 23 58 3 24 40 60km 1 3 3 6 y ogo m n 1 2 300 n 300 0 2 w S e wW g 6 1
79. F 1995 PHS 1996 10 NTT DoCoMo P201HYPER 2 6 93g 93cc 100g 100cc 97 99 1999 2 NTT Docomo 1 PC 10 2 6 2 7 2
80. 79 110 3 5 EVEIBIE UIS SO lt ni 52 5 1 Jack EDS E 225 19 24 125 25 59 100 182 43 190
81. 19 f 2 Tull 35 3 2 2
82. 1 95 4 15 b 4 16 96 1 tD 4 5 3 a 4 4 3 200ms 500ms 1000ms offset
83. 12 1 6 1 10 4 7 82 GoldWave ver 4 26 offset 1000ms 500ms 200ms 1 1 6 6 6 12
84. 3 41 3 41 p lt 0 1 NS Not Significant t B B 11 69 3 42 p 0 01 p 0 05 p lt 0 1 t 11 3 42 5 BE 3 39
85. j 3 4 Ij 4 2 1 j 13 15 30 2 1 10
86. 3 JA LED x LED x BO deg 5 13 9 0 9 s 0 min 5 14 10 30 80 5 2
87. MEGGmagnetoencephalography 4 2 4 2 1 Bd 4 1 800MHz 1 5GHz TDMA 2 2 OT 6F 1 5GHz 5km 800MHz 2 30W 2 40km h 4 u u
88. 4 3 Schneider 2 1 2 2 1 1 9
89. FARS Fatality Analysis Reporting System 4 19 C 94 36 A 95 40 Goodman 3 1 LT YES a b 2
90. 1997 pp 1 527 ARIE 1985 pp 123 413 6 2 a b 3 3
91. 68 0 77 0 83 6 85 2 2 1 13 2 1792 11 9 m 1169 n 1512 n 539 16 29 joint reports 60 21 X 2 1 9352 13590 3339 9797 90 7 3 6 3 6 4 4 9 29 1 28 6 27 8 28 3 61 8 62 9 64 0 65 2 1 9 2 2 1 7 1 6 66 8 60 3 54 8 50 0 29 6 34 8 40 8 45 5 1 8 2 7 2 6 3 0 1 8 2 2 1 8 1 5 CD
92. OD 2 50ms C oe 4 6 2 MEG 1 3
93. 0 15 1999 11 3
94. ERI 2 x 8 7 3 1 2 BEN SE 10 4 19 3 200ms 3 GOF Goodnes of Fit GOF
95. 2 3 19 1 20 a 30 60 b A 2 20 a 307 60 bz B A B 52 ml min 100g S8 50 40 30 20 ml min 100g 4 1 100 a eo e N eo co eo rss s q A100 BN 6 Me B A es s 3 19 53 3 4 3 4 1
96. 4 5 5 o e 3 1 1 3 tone burst pure tone o e offset 2 offset 105 5 b
97. off oz c 5 on 4 5 oe oe off offset
98. SQUID 4 3 1 EEG 4 6 79 MEG 4 6 D 4 1 G T 1 107 10 107 107 10
99. 1 SQUID MEG 4 2 5 SQUID Eartoze lm S 65dB SPL P CAEN 4 11 86
100. 2 1 tone burst 100ms 1 pure tone 1400ms 2000ms 0 5 4kHz 14 2s tone burst ozse7 pure tone offset PC PowerMac7600 200 PsyScope v1 2 5 b 4 4 11 3 MEG
101. p lt 0 01 p lt 0 1 t 11 1 4 1 2 1 0 0 4 0 2 b p 0 01 p lt 0 1 t 11 6 a p lt 0 01 t 11 p lt 0 01 11 b Ner 139 140 141 Bs
102. 77 2 1 40 1 3 DAT 2 NHTSA 3 2
103. 2 2 1996 10 2 9 1999 5 10 11 1 1998 12 367 146 15 0 216 14 9 29
104. 4 9 122 SQUID Neuromag Neuromag 122 BS MEG 4 10 SQUID MEG PC SQUID Neuromag MEG MR 1 2 3 SIRA 4 8 84 4 9 Neuromag 1 zs i HT MEG 4 10 85 4 11 MEG
105. 14 71 5 5 41 16 17 44 11
106. 9 HAL ASAN 1 SE ne 5 PIT MEG 93 MEG
107. OT o 5et x yz 1 tone burst pure tone C Hl piis y z 3 z 0 2 P lt 0 05 ofset 120ms ofset 170ms TV P lt 0 05 ofset 3
108. 4 2 GOF Goodness of Fit WAR S 1 2 e Goodness of Fit 1 e 4 2 e y x y Yx x i x xj xn yii y yj yn
109. VI V2 V4 MT V4 IT MT 7a 319 3 3 K 331
110. 4 2
111. SYS 67 UNES 69 70 4 sm 73 aS c 73 4 2 oe beue ved E A A RSS 74 42 1 ed IE 74 4 2 2 De oe a ed 74 4 2 3 ii 78 4 3 Se Oa ova a 78 4 3 1 ARDHE A AdE SRBHEeeee9 78 4 52 MEG A ad ONT ien AVR Eyes 80 a BD L Va E7 VES 80 b 80 43 33 SQUID iii 81 44 MEG TR RR 81 4 4 1 23788 estates desesh de bes ee E Dese a de ee ok 81 a ee 81 b M MM MM 83 c ii 86 4 4 2 D CM D EE 87 4S AERE D OAXIJISBEB eee 9 4 5 1 YEMEME TFA k DEBIR EE ooeec 91 a EREN O mmmmmmmHmmmHmHHmmem 92 b Sn 92 452 RBNARBEE e M MHmHHeHHHHHHemme 94 4 5 3 BEEJ Yh eee 96 a Mou O 96 b MM 96 c 97 4 5 4 98 ur s 104 4 6 nn 105 ee 106 LA EE 109 5 1 E E RR RR Dd a EE ENE Ria 109 52 a 110
112. 90 200ms 1 2 3 60 500 2000ms MEG MR 98 BORANA k I L 2 8 2 GOF MR MR 0 0 40mm 1
113. 6 2 3 4 5 1 1 http wwwrtca orjjp 1 2 http wwwr stat go jp data jinsui index htm 13 GSM World News Statistics 1 4 1 5 1 6 1 7 1 8 1 9 1 10 1 11 http www gsmworld com news statistics index shtml World Population http www ibiblio org lunarbin worldpop Brookhuis K A De Varies G and De Waard D The effect of mobile telephoning on driving performance Accident Analysis and Prevention 23 No 4 1991 pp 309 316 Mcknight A J and Mcknight A S The effect of cellular phone use upon driver attention Accident Analysis and Prevention 25 No 3 1993 pp 259 265 Alm H Nilson L The effect of a mobile telephone task on driver beha
114. 1 V1 visual cortex striate cortex 17 V1 VI V1 retinotopy V1 corpus callosum V1 V1 9
115. 40 60km h 43 LC 3 52 a 3 10 1 0 sec 3 2 1 0 1 2 3 m B 3 10 b 3 11 1
116. 28 2 2 2 3 2 4 2 5 2 6 2 7 2 8 2 9 2 10 2 11 2 12 2 13 2 14 2 15 2000 pp 12 201 HB 2002 pp 55 60 NTT Do Co Mo SERVICE HISTORY http www nttdocomo co jp museum history World of Discovery http www discovery panasonic co jp lab lab07php 1070102 html http www docomosev th co jp museum keitai 1997 p201 html NTT Do Co Mo WHAT S NEW http www nttdocomo co jp new contents 01 whatnew0301 html NTT Do Co Mo DoCoMo Net http www nttdocomo co jp search index html qt foma 1997 pp 1 60 http www npa go jp toukei index htm 1999 pp 17 25 11 1999 7 H 5 1999 pp 1 2
117. 3 36 E Bd 3 37 sec sec 0 01 02 03 04 05 06 07 0 01 02 03 04 05 06 07 0 01 02 03 04 05 06 07 m m m 3 32 3 33 3 34 64 m m m sec Ed 3 35 sec E 3 36 0 10 20 30 40 50 sec 3 37 65 c 3 38 12 2
118. lt 3 11 ft 3 13 lt d 3 14 2 0 2 w 02
119. 1 2 4 2 129 MEG 1 3 2
120. U b MEG A 81 43 3 SQUID SQUID Superconducting Quantum Interference Device SQUID T SQUID
121. 4 2b u 2 3 5 5 4 3 2 u 1 PC 370ms 30 317 34ms 4 4 3
122. 2 30 80 3 90 0 35 0 20 015 5 1 5 2 5 3 5 4 Vol 28 No 1 No 2 1998 pp 66 70
123. 2 x 5 15 7 7N 3 7N lt 5 6 8N 5 6 15 3 3 1N 2 0 8 4 0 10 20 30 40 50 60 s 5 15 123 N N 5 16
124. NC d ea E LJ A Z Ue E 6 1 2 Y i l fp 5 3 6 X b 12 3 4 1 4 6 23 5 B PES 1 3 3 1 37 1ateral geniculate nucleus LGN 7 3 3
125. BETH 136 55C 125 C 2 ue 7 BEREH 100mm E 01 Bi men 98 x 10 7NELT 110g 137 4 a p lt 0 1 NS Not Significant t 11 b p lt 0 01 p lt 0 05 p 0 1 NS Not Significant t 11 138 5 1 0 sec o co 0 6 0 4 0 2 a
126. of on 4 14 500ms RMS offset 500ms off oz lt 0 01 1000ms 500ms 91 443 offset 3 XO onset o on co oz
127. 15 121 deg rar 2 180 en a aya 5 3 Ona O min d 5 13 E 5 14 p 0 001 p 0 05 t 9 122 9 5 5 5 6 2 1
128. a 6 i 3 14 2 47 ora WOESE saeni eese 3 4 X31 a 0 2 w 3 C7 Ul Log U Log f a w enne 3 5 3 15 w 48 LIC aw w 2 3 15 Z gw 2 1 Eu dca Vu 3 10 3 0 2 1 300
129. f 0 2 w 0 2 46 y 7 y w 3 20 1 1 w 3 4 a 3 1 g g 6 144
130. SQUID SQUID MRI Magn etic Resonance Imaging 44 MEG 4 4 1 a
131. 1987 900g 802 s 10 3 1989 640g 803 2 4 1991 220g NTT P 2 5 1993 NTT DoCoMo 1994
132. 3 ofset o 8 8 4 17a 1 24 offset 121 14ms 4 5 80 GOF Goodness of Fit Ed 4 17a 2 offset 117 10ms 20 80 GOF Bd 4 17a 3 170 40ms 16 36 2
133. 3 38 p lt 0 01 p lt 0 05 t 11 66 BE 3 39 12 2 RD p lt 0 01
134. 5 12 1 ZH 2 LED 1 5 2 ee ol so or ua ns uo 120 a b c 12 22
135. MEG 65dB SPL 97 1 2 10 200ms 500ms 1000ms 3 1 tone burst pure tonev 723 c MEG MEG MEG 1 20Hz 50 3pT
136. 7 d r ea Rus aAA 5 2 7 7 5 3 5 3 1 5 5 5 5 114 t1 2 130 g 5 6
137. 1 2 MEO x y z t 4 5 4 B 4 17 200ms offset 100fI cm 200ms O on e off 5 O 4 17 200ms IIS O on 1 3 4 5 99 RS co ULC380 offset 100fT cm 200ms 500ms
138. 10N 90 160 0 3 233deg s 4 3 gt 4 eg s degs 27h Ed 5 17 23 b 10 25 180 20 150 120
139. 20 1 NER 30 20 15 0 10 20 30 40 50 60 70 80 s 3 40 24 68
140. 3 18 hbb5 lcbhBUE AA 3 17 51 3 18 1 80 20 1 30 60 0 20 2 L
141. E co diu ue uu E SQUID SQUID 1 94 4 5 2 1 4 15
142. 7 3 2 0 1 0 7 3 2 bu es 3 3 3 a 1 49 ABC RA
143. B 4 14 A OB RMS 500ms o7 oz D EJF off on t p 0 01 1000 500 200 msec o on Bd 4 13A 1000ms B 500ms C 200ms off BUG oz p gt 0 1 1000ms p 0 03 500ms p gt 0 1 200ms on co on o on
144. 115 1000 900 800 700 600 500 400 300 200 100 uE 0 10 20 30 40 50 AN 5 7 5 3 2 21 47 10 Bd 5 8 430mm 420mm 730mm 2 LED PSD LED 120Hz 5 1
145. TDMA 2 2 5km 2 MEG magnetoencephalography NeuroMag 122 Finland 7 MEG 3
146. 100 100ms 2 offset onset offset 1 1 2 oe 170ms 220ms GOF MR 4 20 4 20a c MR 23 a b c 1 Ed 4 20c
147. 88 6 83 7 83 3 80 4 8 4 12 8 13 8 16 9 0 9 1 0 0 6 0 9 2 2 2 5 2 3 1 8 16 6 3 2 8 6 1 7 46 4 23 8 39 9 20 2 35 7 70 1 50 3 76 1 1 4 3 0 1 3 2 0 4 4 1 5 2 5 0 9 26 4 11 9 19 2 11 8 68 0 83 6 77 0 852 1 2 3 0 1 3 2 1 64 33 lt 36 4 6 SAAQ Societe de 22 l Assurance Automobile du Quebecy 2 2 94 6 86 7 11 8 5 4
148. 3 16 1 e 779 3 17
149. MEG fMRI 3 1 85 3 3 3 4 3 5 3 6 3 7 3 8 3 9 3 10 3 11 3 12 3 13 3 14 3 15 3 16 71 2000 pp 25 34 2003 pp 51 54 1998 pp 79 82 Goodman M J Tijerina L Bents F D and Wierwille W W Using cellular telephones in vehicles safe or unsafe Transportation Human Factors 1 1999 pp 3 42 Alm H and Nilson L The effect of a mobile telephone task on
150. NHTSA NASS Nation al Automotive Sampling System Lamble 5 2 0 5s Alm 60 0 56s
151. 20 15 EH 47 1 50 2 2 7 24 6 25 6 b 36 3 170 73 5 52 5 1 111 c a b B 5 2
152. 2000 No 985 1 1998 pp 215 216 30 2 28 2 29 2 30 2 31 2 32 2 33 2 34 2 35 2 36 2 37 2 38 Vol 28 No 1 No 2 1998 pp 60 65 1998 pp 73 78 2002 pp 49 30 2003 pp 41 44 Goodman M
153. Q YES Goodman 6 1 2 3 4 5 ITS 6 Goodman PA Hancock Goodman 20 1 Q 3 Goodman
154. 1 43 232 1 114 2msec 78 423 3 3 4 3 MEG magnetoencephalography NeuroMag 122 Finland MEG
155. 1 2 bor du 20555 ua cuc uu E o 2i ld E T
156. 3 ee 2 BN ic xa T 4 ozse7 ofseta
157. 2 3 offset onset 4 of oz 5 oe 3 1 106 1 1 6 tone burst pure Sai o e 7 offset
158. 3 25 2 1 10 300mm L 1700mm 3 4 3 24 3 2S 59 6
159. 9 5 4 5 41 B 5 11 30 604B 10N 119 50 60 70 80 90 100 dB 5 11 5 4 2 K 52 10
160. 1 12 1 1 6 a1 a6 e op CEEI papi BEI within 2 6 b1 lt b6 4 7 200ms 500ms 1000ms 10 83 b 11 22 50 MEG 4 8 HPI head position indicator x x y x y xy z Slc OT 3 Polhems inc USA
161. 5 D 130 0N 14N N 2 30 80 Q 90 0 35 0 20
162. ff 4 5 Claire 2 1 60 ZA CD 35 7 0 3 70 1 76 1
163. 4 2 MEG 77 C c MEG MEG SO a A E E S E E ns 1 10 100 MEG 0 01 100Hz 498Hz 30
164. PC 0 10V 3 9 3 6m 1 6m 70m 10m 0
165. xyz q mm ww kea X Y X t ms q nAm tone burst pure tone tone burst pure tone D o1 RES mm ag kas RE UU am x y EZ t ms q nAam x y Z t ms q nAm tone burst pure tone tone burst pure tone 104 tone burst pure tone 1 20mm 4 3 oe tone burst pure tone offset 3L 5 F 23 0 JV B LC xyz q
166. 1 3 20 1 2 V_ ERZ Te moam E T Li 3 20 54 4 1 wave PC 3 3 13 15 30 2
167. 1 115 20 2 31 p lt 0 05 2 2 9352 3339 9 50 1 26 8 44 4 60 0 4 6 12 1 0 8 1 2 1 20 7 33 3 1 3 29 0 36 7 3 49 4 28 1 0 9 2 0 83 6 91 3 11 8 5 4 4 7 3 3 8 7 15 7 90 4 83 2 0 9 1 1 8843 2896 9 43 1 65 7 50 3 44 0
168. 3 19 3 20 3 21 3 22 3 23 3 24 3 25 3 26 3 27 cerebral cortex Cortex 1 1991 pp 1 47 v 41 10 2002 pp 744 747 12 1988 p68 M S Livingstone D H Hubel Psychophysical evidence for separate channels for the perception of form color movement and depth J Neurosci 7 1987 pp 3416 3468 ARPE 2 Vol 1 No 2 2000 pp 38 39 vol 30 No 6 1994 pp 377 379 10 1998 pp 246 247 ME 2000 pp 101 103 ALF21 1995
169. 2 3 4 2 1 V1 V2 2 V4 4 PIT Ef posterior part of IT IT inferior temporal area AIT anter ior part of IT IT 1 V1 MT middle temporal visual area STP superior temporal polysensory area MST medial superior temporal visual area MT MT Bf VI V2 7a 09
170. 24 2 26 7 28 3 24 6 2 22 5 22 0 6 3 4 3 0 4 0 4 23 24 60 i 50 s W 40 G SN 3 0 ar 3 JS r 20 Q 10 lt I 0 40 55 117 148 193 259 i 385 26 54 71 91 147 192 258 384 14 02 28 87 29 43 16 55 28 3 39 06 25 5 32 34 27 97 38 88 49 5 46 49 1 2 13 10 000 1 RF RR p lt 0 1 p 0 05 p 0 01 50 w 40 s 8 n US AS 20 SG 10 z R E a ceu 30 TENE _15 8 17 85 2083 20 98 4341 1 2 14 10 000 1 RF RR amp ZB Y F5 p lt 0 1 p 0 05 p 0 01 25 Redelmeier 5
171. 3 HE k UZERSIGTE ER OD TF Ib 32 3 1 TERR EE EE 32 32 nennen 33 321 471 4 02 OR 33 322 ee 35 3 3 oo 39 331 BBE S abya VYAR T D rererere 39 3232 ESI y Y A DRDI TR 6e dedere tree 43 a n 43 b emen 43 c 44 d XEEXRAEEBE eene 45 333 d lib A Ud 48 a xw5mU Zu KEFE S REUE OEHR 48 b E 49 c SR de SR TT REN TS 50 d ee 51 3 4 E dves seda genes e owe SE UE RA eR e VE A 53 34 1 M HO 53 3 42 RR EG a a 55 3 5 oo 57 3 5 1 ee TS ET RIDE SS RR 57 3 52 ii 60 a 60 b 62 c XE LERMES ee He 65 3 53
172. 9 1 4 12B 2 1000ms 4 12C 4 12D 88 eo A p D o on nw EM tm ott CE 1000ms CET 4m N TAa did C e MG 4 o qe e 500ms MeL E e OR e tt fer D GNE S E n Ee lx oe 200ms 100fT cm 4 12 1000ms 0 amp IG O on A B
173. LON 3 4 2 2 Y 3 3 t 6 X 4 P Y 2 M X Y V1 V2
174. 1 1 4 3 2 MEG a superconductivity 2 J josephson jun ction 4 t Meissner effect 2e 2 07fWb e 2
175. 53 a eae sd EEEE 113 5 3 1 a 113 5 3 2 Secese sese uaveae TE EIC RE 115 54 118 5 4 1 eA ER Gt 118 5 4 2 NN NER 119 5 5 PTT I 125 es ee dd T 126 128 IDE RETE 134 1 1 1 1 1 2002 8 100 63 6 10 16 2 10
176. 6 107 po 107 107 107 10 10 5 19 7 107 pg 1 07 1 07 o 10 10 2 107 1071 107 10 P 80 MEG T tesla T Wb m N A m 4 1 5x10 T L fTfT 105 T 1 1 vw
177. 8 FOMA P201HYPER N503iHYPER P2102V 2001 i Java PC 2 7 2001 10 3 IMT2000 W CDMA FOMA 384Kbps i 2 8 WM Der E 2003 8300 AHIZ 65
178. driver behavior in a car following situation Accident Analysis and Preventation 27 1995 pp 707 715 475 3 1998 p 9 Pisella L Arzi M Rossetti Y The timing of color and location processing in the Motor context Experimental Brain Research v121 3 1998 pp 270 276 Rossetti Y Pisella L Pellison D New insights on eye blindness and hand sight Temporal constraints of visuo motor networks VIS COGN v7 6 2000 pp 785 791 41 10 2002 pp 702 707 M Mishkin L G Ungerleider and K A Macko Object vision and spatial vision two cortical pathways Trends In Neuroscience v6 1983 pp 414 417 1992 p13 pp 25 26 2003 pp 19 21 19 2001 pp 34 37 5 1994 pp 51 55 EH 1988 p 44 D J Felleman D C Van Essen Distributed hierarchical processing in the primate 72 3 17 3 18
179. pp 1 23 50 4 1992 pp 79 82 32 1996 pp 360 361 Vol 28 No 1 No 2 1998 pp 66 70 73 4 4 1 icone Brown 2
180. 1 2 1 O 1996 2 9 7 1998 2 10 1999 11 EE O 4000 70 60 x 3000 50 e mm 40 EE PS amp 2000 ig 41 o e 30 pags x R 1995 1996 1997 1998 199
181. 1 C 500ms D 200ms 500ms 200ms Ed 4 12C 500ms 2 E 4 12D 200ms 2 offset 50 off Ub oz EX 4 12B Ed 4 12D on 0 5 30Hz oz RMS X 4 13 1000ms A D 500ms BE 200ms C F A B C DEF RMS 1 89
182. 102 4 20 a KERO RIRC MR OT OO OO y y y mm mm 20 20 10 10 t 50 60 70 80 0 n 60 5 0 p 10 oe X 20 tone burst DLH FH Y offe O e pure tone oe o E 4 21 YZ XY 103 421 go se tone burst Db F 23 V offset pure tone oe YZ XY y Beau ofset 2 1 1 4 3
183. 40 2 41 2 42 2 43 2 44 2 45 2 46 2 47 2 48 2 49 3l MacClure M Mittleman M A Cautions about car telephones and collisions N Engl J Med 336 1997 pp 501 502 Violanti J M Marshall J R Cellular phones and traffic accidents an epidemiological approach Accident Analysis and Prevention 28 1996 pp 265 270 Tokunaga R A Hagiwara T Kagaya S Onodera Y Cellular telephone use while driving Transport Res Record 1724 2000 pp 1 6 Haigney D Westerman S J Mobile cellular phone use and driving a critical review of research methodology Ergonomics 44 2001 pp 132 143 Briem V Hedman L R Behavioral effects of mobile telephone use during simulated driving Ergonomics 38 1995 pp 2536 2562 Hancock P A Ranney T Reply to comments on the effects of in vehicle distraction on driver response during a crucial driving maneuver Transport Human Factors 1 1999 pp 313 316 Tijerina L Commentary on the effects of in vehicle distraction on driver response during a crucial driving maneuver Transport Human Factors 1 1999 pp 311 312 James H F Under reporting of traffic accidents Traffic Eng Control 32 1991 pp 574 583 Quinlan K P Commentary on cellular telephone and traffic accidents New Eng J Med 337 1997 pp 127 129 Hornberry T Bubnich C Hartley L Lamble D Drivers use of hand held mobile phones in western Austr
184. 9 2000 2 9 12 og8zgs888 Son 3 F g 4 g 8 19984 15 1999 15 2 10 1999 11 50 1998 1999 E 20004 eo 2 11 2 11 1998 2000 40 20 1590 13 2000
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