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第45卷第12期 温奥楠,赵一姣,王 勇.“刚性配准”与“非刚性配准”在数字化口腔医学三维点云数据中的应用[J].
2025年12月 南京医科大学学报(自然科学版),2025,45(12):1698-1708 ·1707 ·
维头颅正中矢状面自动构建法[J]. 中华口腔正畸学杂 [33]YOU P,LIU Y C,SILVA R C. Fabrication of 3D models
志,2014,21(3):148-150 for Microtia Reconstruction using smartphone⁃based tech⁃
LIU X J,LI Q Q,WANG X X,et al. Automatic constructed nology[J]. Ann Otol Rhinol Laryngol,2022,131(4):
MSP of 3D skull based on original⁃mirror alignment[J]. 373-378
Chinese Journal of Orthodontics,2014,21(3):148-150 [34]BOCKEY S,BERSSENBRÜGGE P,DIRKSEN D,et al.
[25]WILLING R T,ROUMELIOTIS G,JENKYN T R,et al. Computer⁃aided design of facial prostheses by means of
Development and evaluation of a semi ⁃ automatic tech⁃ 3D⁃data acquisition and following symmetry analysis[J].
nique for determining the bilateral symmetry plane of the J Craniomaxillofac Surg,2018,46(8):1320-1328
facial skeleton[J]. Med Eng Phys,2013,35(12):1843- [35]BALLO A M,NGUYEN C T,LEE V S K. Digital workflow
1849 of auricular rehabilitation:a technical report using an in⁃
[26]XIONG Y X,ZHAO Y J,YANG H F,et al. Comparison traoral scanner[J]. J Prosthodont,2019,28(5):596-600
between interactive closest point and Procrustes analysis [36]PALOUSEK D,ROSICKY J,KOUTNY D. Use of digital
for determining the Median sagittal plane of three⁃dimen⁃ technologies for nasal prosthesis manufacturing[J]. Pros⁃
sional facial data[J]. J Craniofac Surg,2016,27(2):441- thet Orthot Int,2014,38(2):171-175
444 [37]REITEMEIER B,GÖTZEL B,SCHÖNE C,et al. Creation
[27]熊玉雪,杨慧芳,赵一姣,等. 两种评价面部三维表面数 and utilization of a digital database for nasal prosthesis
据不对称度方法的比较[J]. 北京大学学报(医学版), models[J]. Onkologie,2013,36(1/2):7-11
2015,47(2):340-343 [38]FANTINI M,DE CRESCENZIO F,CIOCCA L. Design
XIONG Y X,YANG H F,ZHAO Y J,et al. Comparison of and Rapid Manufacturing of anatomical prosthesis for fa⁃
two kinds of methods evaluating the degree of facial asym⁃ cial rehabilitation[J]. Int J Interact Des Manuf Ijidem,
metry by three ⁃ dimensional data[J]. Journal of Peking 2013,7(1):51-62
University(Health Sciences),2015,47(2):340-343 [39]KUWAHARA K,HIKOSAKA M,KANEKO T,et al. Anal⁃
[28]ZHU Y J,FU X L,ZHANG L,et al. A mathematical algo⁃ ysis of cranial morphology of healthy infants using homolo⁃
rithm of the facial symmetry plane:Application to mandib⁃ gous modeling[J]. J Craniofac Surg,2019,30(1):33-38
ular deformity 3D facial data[J]. J Anat,2022,240(3): [40]PAYSAN P,KNOTHE R,AMBERG B,et al. A 3D face
556-566 model for pose and illumination invariant face recognition
[29]ZHU Y J,ZHENG S W,YANG G S,et al. A novel method [C]//2009 Sixth IEEE International Conference on Ad⁃
for 3D face symmetry reference plane based on weighted vanced Video and Signal Based Surveillance. Genova,
Procrustes analysis algorithm[J]. BMC Oral Health, Italy. IEEE,2009:296-301
2020,20(1):319 [41]JABLONSKI R Y,MALHOTRA T,COWARD T J,et al.
[30]ZHU Y J,WEN A N,XIAO N,et al. Automatic extraction Digital database for nasal prosthesis design with a 3D mor⁃
of facial Median sagittal plane for patients with asymme⁃ phable face model approach[J]. J Prosthet Dent,2024,
try based on the EDMA alignment algorithm[J]. Head 131(6):1271-1275
Face Med,2024,20(1):34 [42]JABLONSKI R Y,MALHOTRA T,SHAW D,et al. Com⁃
[31]朱玉佳,赵一姣,郑盛文,等. 基于赋权形态学分析的三 parison of trueness and repeatability of facial prosthesis
维面部对称参考平面构建方法[J]. 北京大学学报(医 design using a 3D morphable model approach,traditional
学版),2021,53(1):220-226 computer⁃aided design methods,and conventional manu⁃
ZHU Y J,ZHAO Y J,ZHENG S W,et al. A method for al sculpting techniques[J]. J Prosthet Dent,2025,133
constructing three ⁃ dimensional face symmetry reference (2):598-607
plane based on weighted shape analysis algorithm[J]. [43]MATSUOKA A,YOSHIOKA F,OZAWA S,et al. Devel⁃
Journal of Peking University(Health Sciences),2021,53 opment of three⁃dimensional facial expression models using
(1):220-226 morphing methods for fabricating facial prostheses[J]. J
[32]朱玉佳,许 晴,赵一姣,等. 深度学习算法辅助构建三 Prosthodont Res,2019,63(1):66-72
维颜面正中矢状平面[J]. 北京大学学报(医学版), [44]QIN Q Z,LI Y L,WEN A N,et al. Three⁃dimensional vir⁃
2022,54(1):134-139 tual reconstruction of external nasal defects based on fa⁃
ZHU Y J,XU Q,ZHAO Y J,et al. Deep learning⁃assisted cial mesh generation network[J]. Diagnostics,2024,14
construction of three⁃demensional facial midsagittal plane (6):603
[J]. Journal of Peking University(Health Sciences), [45]EKRAMI O,CLAES P,WHITE J D,et al. Measuring
2022,54(1):134-139 asymmetry from high⁃density 3D surface scans:an appli⁃

