@J@F@miHwj@


w w a@ ː
w w@ wn ̕wU@ut

摜񏈗E͌@C

ZF@113-8655@s{V|R|P

dbF@03-5800-8666 37418
e`wF@03-5800-8935

dq[F@masutani-utradumin.ac.jp@i𔼊pɂĂj


o

1991N3


wmiHwj

w Hw @BHw

1992N8

-

1993N5

q

tBh ZpZ^[pHwiPj

1994N3



CmiHwj

ww@ Hwn @BHwU

1994N4

-

1997N3

ʌ(DC1)

{wpU
iww@Hwnmےj

1997N3



miHwj

ww@ Hwn @BHwU

1997N9

-

1998N9

q

nuNw Gbyhta@ pwE񏈗iQj

1998N10

-

2000N9

C

VJSw ː

2000N10

-

2001N12

T[`A\VGCg

{wpU Jwpi
iww@Hwnj

2001N12

-



ut

wwa@ː
ww@wn

iPjw@xwуtBh{wɂāipHw͑gDςɂ茻݂̏Hẅꕔj
iQjhCcwp𗬉wɂāi1997N4-8͓wɂQ[eCXeBe-gEu[ZɂČwCѓnqj



̈

摜́EŽEOtBNXErWEp^[F̈wpiffюÎxj


wʁiHwj_

Ƙ_@1991N@w
uvZ@ppxVXeɂ錌ǃf[^o̊bIv

Cm_@1993N@ww@
uRp摜ɂ錌nj`̏Ɖ͂Ɋւ錤v

m_@1997N@ww@
uRp摜ɂ錌ǂ̌`ԏ̎擾т̌Ǔpxւ̉pv


\_Ew\ei咘҂ƂĂ̔\̂݁j

ۘ_F

[1] Development of an interactive vessel modelling system for hepatic vasculature from MR-Images, Medical & Biological Engineering & Computing, vol.33 pp97-101, 1995

[2] Augmented reality based visualization system for intravascular neurosurgery, Journal of Computer Aided Surgery Vol.3 No.5 pp239-47, 1998 [PDF}

[3] Automated Segmentation and Visualization of the Pulmonary Vascular Tree in Spiral CT Angiography: An Anatomy-Oriented Approach based on Three-Dimensional Image Analysis, Journal of Computer-Assisted Tomography, vol.25, no.4, pp587-597, 2001

[4] Automated Segmentation of Colonic Walls for Computerized Detection of Polyps in CT Colonography, Journal of Computer-Assisted Tomography, vol.25, no.4, pp629-638, 2001

[5] Computerized Detection of Pulmonary Embolism in Spiral CT Angiography Based on Volumetric Image Analysis, IEEE Trans. on Med. Img. vol.21. no.12 pp1517-1523, 2002

[6] MR Diffusion Tensor Imaging: Recent Advance and New Techniques for Diffusion Tensor Visualization, European J. of Radiology, vol.46 no.1, :pp 53-66, 2003


Ǖtۊw\\eiLecture Notes in Computer Science, Springer VerlagjF

[1] Quantitative vascular shape analysis for 3D MR-Angiography using mathematical morphology, Proc. of Computer Vision, Robotics and Virtual Reality in Medicine (CVRMed) 1995, April 1995, pp449-454

[2] Computer Aided Surgery (CAS) system for stereotactic neurosurgery, Proc. of CVRMed 1995, April 1995, pp449-454

[3] Region-growing based feature extraction algorithm for tree-like objects, Proc. of Visualization on Biomedical Computing (VBC) 1996, September 1996, pp161-171

[4] Interactive virtualized display system for Intravascular Neurosurgery, Proc. of CVRMed & Medical Robotics and Computer Assisted Surgery (MRCAS) 1997, March 1997, pp427-435

[5] Vascular shape segmentation and structure extraction using a shape-based region-growing model, Proc. of Medical Image Analysis and Computer Assisted Intervention (MICCAI) 1998, October 1998, pp1242-1249

[6] Modally Controlled Free Form Deformation for Non-Rigid Registration in Image-Guided Liver Surgery, proc. of MICCAI 2001, pp1275-1278

[7] RBF-based Representation of Volumetric Data: Application in Visualization and Segmentation, Proc. of MICCAI 2002, pp300-307


ۊw\\eF

[1] Development of integral photography based enhanced reality visualization system for surgical support, Proc. of International Symposium of Computer Aided Surgery (ISCAS) '95, pp16-17, Tokyo, 1995

[2] 3D position visualization of cathter tip for intravascular neurosurgery using 3D structural description of vasculature, Proc. of Computer Assisted Radiology (CAR) '96, pp821-826, Paris, 1996

[3] Volumegraph: An integral-photography based enhanced reality visualization system, Proc. of CAR '96, pp105, Paris, 1996

[4] Automated Segmentation of the Pulmonary Vascular Tree in Spiral CT Angiography for Computerized Detection of Pulmonary Embolism, the annual meeting of American Association of Medical Physicists (AAPM), Nashville, 1999

[5] Computerized Detection of Pulmonary Embolism in Spiral CT Angiography: Segmentation and 3D Image Feature Analysis of Thrombi, SPIE Medical Imaging, San Diego, 2000

[6] Computerized Detection of Pulmonary Embolism in Spiral CT Angiography: A segmentation-based approach using 3D image analysis and anatomical knowledge, Proc. of Computer Assisted Radiology and Surgery (CARS) 2000, San Francisco, 2000

[7] Quantitative Analysis on Spatial Distribution of Vascular Sizes in Lung using Three-Dimensional Greyscale Morphology, World Congress for Biomedical Engineering, Chicago, 2000

[8] A New Modal Representation of Liver Deformation for Non-Rigid Registration in Image-Guided Surgery, Proc. of CARS 2001, pp19-24, Utrecht, 2001

[9] A New PC-based MR Diffusion Tensor Analysis System for Learning and Diagnosing Brain White Matter Tracts, RSNA infoRAD, pp760, Chicago, 2002

[10] Volumetric Image Analysis, Graphics, and Visualization in Brain White Matter Tractography, International 3.0T MR Symposium in East-Asia Zone: 1st Annual Meeting, pp19-28, Seoul, 2003

[11]
EPI Distortion Correction for MR-DTI by using Texture Memory on Graphics Hardware, Proc. of CARS'03, pp1315, London, 2003

[12] Advanced Image Anlysis System for Automated Detection of Cerebral Aneurysm in Magnetic Resonance Angiography, RSNA infoRAD, Chicago, Dec. 2003

[13] diffusion TENSOR Visualizer (dTV): MR-DTI Analysis Software System for White Matter Fiber Tracking and Visualization, RSNA infoRAD, RSNA, Chicago, Dec. 2003

[14] Development of Surgical Simulator based on FEM and Deformable Volume-Rendering, SPIE04 Medical Imaging, San Diego, Feb. 2004

[15] RBF-based Reconstruction of Fiber Orientation Vector Field for White Matter Fiber Tract Modeling, proc. of ISMRMf04, (CD-ROM), 2004

[16] dTV-II: An Advanced and Integrated Freeware for Analysis and Visualization of MR-DTI Data, Chicago, Dec., RSNA infoRAD, 2004




_F

[1] lqhfwpǃfOɊւ錤CGEGXEeBw, Vol.4, No.3,p641-648, 1992

[2] pxc[iHyperCAS)ɂ摜Uʔ]pC@\I]_oOȁ@vol.33, pp85-92, 1994

[3] MRgUe\摜̉͂ɂ]_oےǐՁFǐՂ̐MlIITractography, Medical Imaging Technology,20:5, 584-592, 2002

[4] lqgUe\摜ɂOەxNg̍č\ɂVےǐՖ@CMedical Imaging Technology, vol.22, no.5, pp243-249,2004

[5] E`̓oѓa֐ɂ`č\ɊÂXCTɂ̑̈̎oƌ`󃂃fOCRs[^x摜ffw_Cvol.8, no.1, pp10-17, 2004


w\F

[1] p摜̓ɂpxVXe|Θb^ǃfOVXěiQjCVGEGXEeBw u\eW p.43, 1991

[2] lqhp̌njñ{NZ\ɂč\CQRs[^OȌ_W p.23-24, 1993

[3] J[XyL}CNXR[vppזẺ摜́CXGEGXEeBwu\eWp.37, 1993

[4] RlqAMIOtB[̃tHW[ɂ́CR{Rs[^OȊwwp\_Wp.43-44A, 1994

[5] pxc[iHyperCASjɂ摜Uʔ]pQ񁄁C|NIH ImageƂ̒ʐMɂ铝Ix‹|CRR{ʔ]p\eWp.47A, 1994

[6] RlqAMIOtB[ɂ郂tHW[pnj`̏yщ́CRS{MEw_W,vol.33 Suppl.,p.182, 1995

[7] ]_oOȎppǓpxVXe̊JCS{Rs[^OȊw, pp.63-64, 1995

[8] ]_oOȗpǓpxVXe̊J |ǂ̍\ILqpJe[e[ʒu̐|CRT{ldw_Wp.439, 1996

[9] pV~[VяpirQ[V̂߂̉•ό`탂fO,dqʐMwMI, u\eWiMwZjvol.101, no.239, pp79-86, C2001

[10] pxړIƂ•ό`탂fOщ•ό`WXg[VC{Rs[^OȊwCC2001

[11] Op摜ɂ`̒oƂ̊̑`󃂃fOւ̉p 񁄁|@̖_Ɨ̈撊oꂽ̌`ɂ`o|{Rs[^xffwCC2001

[12] Diffusion Tensor Imaging̐Vȕ\@̊JC25{]_oCIwCC2002

[13] gUe\C[WO̐Vȕ\@̊JF3Rs[^OtBNXɂEllipsoid\TractographyC7OCTEMRICC2002

[14] lqgUe\摜TractographyɂgUٕɊÂTracking@̉PC{p摜HwC(CD-ROM\eW), C2002

[15] gUe\̂߂̐V\E͎@iTjF\E͎@̊bC{CˆwC299, C2002

[16] OtBNXn[hEFAɂp摜WXg[V̍C񏈗wFOtBNXƂb`cF109-12C65-70, C2002

[17] Op摜ɂ`̒oƂ̊̑`󃂃fOւ̉p -E`_̎ʂRadial Basis Functionɂ`č\-C{Rs[^xffwCC2002

[18] PC[NXe[VɂMRgUe\́E\VXeC62wːwCyberRADClC4C2003

[19] lqgUe\摜p]ےǐՂɂgUٕɊÂP@̍f[^ɂ]CdqʐMwp摜CCXC2003

[20] •ό`{[_OїLvf@ppV~[^ɂFEsx֐̐ݒ@CdqʐMwp摜CCXC2003


[21] gUe\摜͂ɂ鐍̘Hє]̎oC31{CˆwCRC9C2003
[\_CWFXg]

[22] csh摜f[^ό`ɂ_̗_Il@ƎI؁C31{CˆwCRC2003

[21] MRAɂ铮ᎂ̎oVXe̊JƗՏ]C{Rs[^xffwCÉC12C2003

[22] ٕgUe\̎̕ԃxNgɊÂ]ےǐՁCVCC{p摜Hwbc-ROM\eWC2004

[23] gUlqC[WOɂ锒ۃfOѓꂽ摜́EŽVXeGffѕːÁEOȎpւ̉pC12CC14Rs[^x摜ffw\eWCpp317-318, 2004


V|WEEuEҍu

[1] Computer-Assisted Diagnosis in CT Images based on Volumetric Image Analysis, {Rs[^xffwE{Rs[^OȊw@ۃV|WECTokyoC2000

[2] Volumetric Image Analysis for Abdominal CT Data: Fundamental Techniques and Applications, Univ. of Stanford Radiology Update: Hawaii, 2002

[3] gUe\Tractography@, Future of RadiologyCC2002

[4] lq`f[^̂R摜͂ɂ]ᎂ̃Rs[^xffCCyberRad Tutoriali{wːwjCC2003

[5] Postprocessing Software Development for MRDTI Analysis and Visualization, International Summer Seminar in Advanced MRI Techniques: DTI and Fibre Tractography, Tokyo, Aug. 2003

[6] Տ̂߂̑摜͓`MRACDTI𒆐SƂā`C31{Cˆw`Z~i[CRC9C2003

[7] ffEÂɂ摜񏈗ChalCtTCGXVZ~i[CVC9C2003

[8] 摜̗͂Տp`a@ŎpĂ鎖𒆐SɁ`C16 Neuroradiology Sajima SeminarCqC1C2004

[9] gUe\TractographyiTracking_E\tgjC33{_oːwV|WECQCC2004


[10] Image Analysis and Computer Graphics for Magnetic Resonance Diffusion Tensor Images - Basics and Applications in Diagnosis, Radiotherapy, and Surgical Navigation -, Annual Meeting of Korean Society of Biomedical Engineering Society, Daegu, May, 2004

[11] wւ̌vZ@̉pCtwiȊwZ^[16Nx iȊwvOIjoXZ~i[C6CtC2004

[12] `ԏƋ@\̓ɂRs[^xff̂߂̔]_ofOCȊwȉȊw⏕̈挤up摜̒mIffxv2V|WECÉC3C2005

[13] diffusion MRIPost Processing-bƉp-CVqgE]@\}bsOwV|WETuqg]_oۂ̔]摜ɂ}bsOvCC3C2005


iSMj

[1] OȎp̂߂̂mhg Image
@S: P|R
@oŎ: RX
@sN: 1996
@SBN4-521-00891-7

[2] ł킩gUlqh
@S: \Zpib㋉ҁj
@oŎ: G
@sN: 2002
@ISBN4-87962-255-9



w/wpĉւ̍vȂ

w
E{Rs[^xffw
E{p摜Hw
E{Cˆw
E{wːw
E{ww


LjψEҏWψ

@C
@E@dqʐMw
@E@{p摜HwiҏWj


@E@IEEE Trans. on Medical Imaging
@E@MICCAI (Medical Image Computing and Computer-Assisted Intervention)w
@E@{Rs[^OȊw



܁EwȂ

EDGw܁i1991NxjCGEGXEeBwj

Ew (1992-1993N), tBh{

E (1995-1997N), {wpU

Ew@(1997-1998N), hCcwp𗬉 (DAAD)

E_܁i2002NxC{p摜HwC_[3]j

E܁i21{p摜HwCw\[14]j



Ii\ҁj

EȌï挤up摜̒mIffxvH16Nxj

EȌï挤up摜̒mIffxvH17-18Nxj




N

Ea@ː

Ea@ːȉ摜񏈗E͌itsq`c^hb`kj

EOpenCAD EFuTCg

EːȂ^cOpenCADvWFNg

E•ό`{[_Of

EuJṽy[WilIȒEj



J̎\tgEFA

E{[f[^ŽE\tgEFA: VOLUME-ONE

ElqgUe\摜́EŽ\tgEFAiVOLUME-ONẼvOCj: dTV (diffusion TENSOR Visualizer)

{[f[^pڑvf̓\tgEFAiVOLUME-ONẼvOCj:
CCA (Connected Component Analyzer)

{[f[^pWXg[V\tgEFAiVOLUME-ONẼvOCj:
RegiSTAR3D

DICOMf[^t@C̃\[gEOύXEwb_Ȃ: DicomUtil