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Extraction of intersecting palm-vein and palmprint features for cancellable identity verification

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CAAI transactions on Intelligence technology 2024年第1期9卷 69-86页

作者： Jaekwon Lee Beom-Seok Oh Kar-Ann toh School of Electrical and Electronic Engineering Yonsei UniversitySeoulRepublic of Korea Department of Applied Artificial Intelligence Seoul National University of Science and TechnologySeoulRepublic of Korea

A novel method based on the cross-modality intersecting features of the palm-vein and the palmprint is proposed for identity *** on the unique geometrical relationship between the two biometric modalities,the cross-modality intersecting points provides a stable set of features for identity *** facilitate flexibility in template changes,a template transformation is *** maintaining non-invertibility,the template transformation allows transformation sizes beyond that offered by the con-ventional *** experiments using three public palm databases are conducted to verify the effectiveness the proposed system for identity recognition.

关键词： biometrics hand vein recognition hand-based biometrics multi-biometrics palmprint recognition

Clinical associations of corneal neuromas with ocular surface diseases

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Neural Regeneration Research 2024年第1期19卷 140-147页

作者： Charmaine Jan Li toh Chang Liu Isabelle Xin Yu Lee Molly tzu Yu Lin Louis tong Yu-Chi Liu Lee Kong Chian School of Medicine Nanyang Technological UniversitySingapore Singapore Eye Research Institute Singapore Department of Cornea and External Eye Disease Singapore National Eye CentreSingapore Ophthalmology and Visual Sciences Academic Clinical Program Duke-NUS Medical SchoolSingapore

Corneal neuromas,also termed microneuromas,refer to microscopic,irregula rly-shaped enlargements of terminal subbasal nerve endings at sites of nerve damage or *** formation of corneal neuromas results from damage to corneal nerves,such as following corneal pathology or corneal or intraocular surge ***,denervated areas of sensory nerve fibers become invaded by sprouts of intact sensory nerve fibers,and later injured axons regenerate and new sprouts called neuromas *** recent years,analysis of corneal nerve abnormalities including corneal neuromas which can be identified using in vivo confocal microscopy,a non-invasive imaging technique with microscopic resolution,has been used to evaluate corneal neuropathy and ocular surface *** neuromas have been shown to be associated with clinical symptoms of discomfort and dryness of eyes,and are a promising surrogate biomarker for ocular surface diseases,such as neuropathic corneal pain,dry eye disease,diabetic corneal neuropathy,neurotrophic keratopathy,Sjogren's syndrome,bullous keratopathy,post-refra ctive surgery,and *** this review,we have summarized the current literature on the association between these ocular surface diseases and the presentation of corneal microneuromas,as well as elaborated on their pathogenesis,visualization via in vivo confocal microscopy,and utility in monitoring treatment *** current quantitative analysis on neuromas mainly relies on manual annotation and quantification,which is user-dependent and labor-intensive,future direction includes the development of artificial intelligence software to identify and quantify these potential imaging biomarkers in a more automated and sensitive manner,allowing it to be applied in clinical settings more *** imaging and molecular biomarkers may also help elucidate the associations between corneal neuromas and ocular surface diseases.

关键词： cornea corneal diseases corneal nerve corneal neuropathy in vivo confocal microscopy microneuroma neuroma ocular surface diseases

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原子核145tb的多准粒子激发

原子核145Tb的多准粒子激发

^(179)Au的1/2[660](πi_(13/2))转动带

第十次全国核结构研讨会

作者：郑勇周小红张玉虎柳敏良郭应祥雷相国 t．Hayakawa M．Oshima t.toh t．Shizuma J．Katakura Y．Hatsukawa M．Matsuda H．Kusakari M．Sugawara 中国科学院近代物理研究所中国科学院近代物理研究所中国科学院近代物理研究所中国科学院近代物理研究所中国科学院近代物理研究所中国科学院近代物理研究所 Japan Atomic Energy Research Institute tokai Ibaraki 319-1195Japan Japan Atomic Energy Research Institute tokai Ibaraki 319-1195Japan Japan Atomic Energy Research Institute tokai Ibaraki 319-1195Japan Japan Atomic Energy Research Institute tokai Ibaraki 319-1195Japan Japan Atomic Energy Research Institute tokai Ibaraki 319-1195Japan Japan Atomic Energy Research Institute tokai Ibaraki 319-1195Japan Japan Atomic Energy Research Institute tokai Ibaraki 319-1195Japan Chiba University Inage-ku Chiba 263-8512Japan Chiba Institute of technology Narashino Chiba 275-0023Japan

利用能量为165MeV的32S束流,通过熔合蒸发反应118Sn（32S,1p4n）,布居了145tb的高自旋态．基于标准在束核谱学实验测量结果,首次建立了145tb的高自旋态能级纲图．根据邻近N=80同中子素能级结构的系统性,用弱耦合模型对145tb的低位能级... 详细信息

利用能量为165MeV的32S束流,通过熔合蒸发反应118Sn（32S,1p4n）,布居了145tb的高自旋态．基于标准在束核谱学实验测量结果,首次建立了145tb的高自旋态能级纲图．根据邻近N=80同中子素能级结构的系统性,用弱耦合模型对145tb的低位能级结构进行了解释．本工作在多粒子壳模型组态基础上对145tb的更高激发态进行了深入讨论．为了使实验能级的组态指定更为直接方便,采用了参数无关的半经验壳模型计算．其结果清楚地揭示了球形核多准粒子的激发特性．

关键词：高自旋态能级纲图多准粒子激发

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高能物理与核物理 2004年第2期28卷 148-151页

作者：宋立涛周小红郭应祥孙志宇 M.Oshima t.toh A.Osa M.Koizumi J.Katakura Y.Hatsukawa M.Matsuda M.Sugawara 中国科学院近代物理研究所兰州730000 Japan Atomic Energy Research Institute Chiba Institute of technology

利用能量为 16 4— 180MeV的 3 5Cl束流 ,通过重离子核反应 14 9Sm(3 5Cl ,5n)研究了 179Au的高自旋态能级结构 .实验进行了γ射线的激发函数、X γ和γ γ t符合测量 .基于对实验测量结果的分析 ,首次建立了 179Au的 1 2 [6 6 0 ](πi1... 详细信息

利用能量为 16 4— 180MeV的 3 5Cl束流 ,通过重离子核反应 14 9Sm(3 5Cl ,5n)研究了 179Au的高自旋态能级结构 .实验进行了γ射线的激发函数、X γ和γ γ t符合测量 .基于对实验测量结果的分析 ,首次建立了 179Au的 1 2 [6 6 0 ](πi13 2 )转动带 .结合已有的实验数据 ,着重讨论了奇AAu核中1 2 [6 6 0 ](πi13 2 )

关键词：重离子核反应转动带能级纲图 γ射线质子数激发能原子核物理

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^(146)tb的能级结构研究

高能物理与核物理 2003年第10期27卷 884-887页

作者：谢成营周小红郑勇张玉虎刘忠潘强岩甘再国 t.Hayakawa M.Oshima t.toh t.Shizuma J.Katakura Y.Hatsukawa M.Matsuda H.Kusakari M.Sugawara 中国科学院近代物理研究所兰州730000 Japan Atomic Energy Research Institute TokaiIbaraki 319-1195Japan Chiba University Inage-kuChiba 263-8512Japan Chiba Institute of technology NarashinoChiba 275-0023Japan

利用能量为161—175MeV的^(32)S束流,通过反应^(118)Sn(^(32)S,1p3n)^(146)tb研究了双奇核^(146)tb的高自旋态能级结构。实验进行了γ射线的激发函数、γ射线的各向异性度、X-γ和γ-γ-t符合测量。基于这些测量结果,建立了激发能达8390... 详细信息

利用能量为161—175MeV的^(32)S束流,通过反应^(118)Sn(^(32)S,1p3n)^(146)tb研究了双奇核^(146)tb的高自旋态能级结构。实验进行了γ射线的激发函数、γ射线的各向异性度、X-γ和γ-γ-t符合测量。基于这些测量结果,建立了激发能达8390kev的^(146)tb核的能级纲图,其中包括新发现的41条γ射线和新建立的27个能级,并指定了^(146)tb新发现能级的自旋值。用一个h_(11/2)价质子和一个h_(11/2)^(-1)价中子空穴耦合、πh_(11/2)υh_(11/2)^(-1)与^(146)Gd核实激发态的耦合对^(146)tb的能级结构进行了定性地讨论。

关键词：在束γ谱学高自旋态能级纲图 ^146tb 能级结构双奇核原子核结构

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^(179)Pt转动带性质的研究

高能物理与核物理 2004年第6期28卷 584-587页

作者：徐岩冰周小红宋立涛郭应祥孙志宇 M.Oshima t.toh A.Osa M.Koizumi J.Katakura Y.Hatsukawa M.Matsuda M.Sugawara 中国科学院近代物理研究所兰州730000 Japan Atomic Energy Research Institute Chiba Institute of technology

利用能量为 16 4— 180MeV的3 5Cl束流 ,通过14 9Sm(3 5Cl,p4n)反应研究了179Pt的高自旋态能级结构 .进行了γ射线的激发函数、X γ和γ γ t符合测量 ,建立了基于 1 2 -[5 2 1],5 2 -[5 12 ]和7 2 + [6 33]组态的 3个转动带 .实验上... 详细信息

利用能量为 16 4— 180MeV的3 5Cl束流 ,通过14 9Sm(3 5Cl,p4n)反应研究了179Pt的高自旋态能级结构 .进行了γ射线的激发函数、X γ和γ γ t符合测量 ,建立了基于 1 2 -[5 2 1],5 2 -[5 12 ]和7 2 + [6 33]组态的 3个转动带 .实验上观测到 1 2 -[5 2 1]带在ω =0 2 7MeV附近顺排角动量突然增大 ,且 7 2 + [6 33]带具有较大的旋称劈裂 .通过比较奇APt同位素和179Pt的同中子素能级结构的系统性 ,对相关现象进行了分析和讨论 .

关键词：铂原子转动带旋称劈裂在束γ谱学原子物理学同位素

Low-spin Signature Inversion in πi_(13/2)  vi_(13/2) Bands of Odd-odd ^(176,178)Ir and ^(182,184)Au Nuclei

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IMP & HIRFL Annual Report 2001年第1期 39-40页

作者： M.Oshima t.Morikawa t.Hayakawa t.toh t.Shizuma M.Koizumi A.Osa J.Katakura Y.Hatsukawa M.Matsuda N.Shinohara t.Ishii H.Kusakari M.Sugawara K.Furuno t.Komatsubara t.Une Japan Atomic Energy Research Institute TokaiIbaraki319-1195Japan.Department of PhysicsKyushu UniversityFukuoka 812-81Japan.Japan Atomic Energy Research InseituteTokaiIbaraki 319-1195Japan.Japan Atomic Energy Research InseituteTokaiIbaraki 319-1195Japan.Japan Atomic Energy Research InseituteTokaiIbaraki 319-1195Japan.Japan Atomic Energy Research InseituteTokaiIbaraki 319-1195Japan.Japan Atomic Energy Research InseituteTokaiIbaraki 319-1195Japan.Japan Atomic Energy Research InseituteTokaiIbaraki 319-1195Japan.Japan Atomic Energy Research InseituteTokaiIbaraki 319-1195Japan.Japan Atomic Energy Research InseituteTokaiIbaraki 319-1195Japan.Japan Atomic Energy Research InseituteTokaiIbaraki 319-1195Japan.Japan Atomic Energy Research InseituteTokaiIbaraki 319-1195Japan.Chiba UniversityInage-kuChiba 263-8512Japan.Chiba Institute of TechnologyNarashinoChiba 275-0023Japan.Instiute of Physics and Tandem Accelerator CenterUniversity of TsukubaIbaraki 305-0006JapanInstiute of Physics and Tandem Accelerator CenterUniversity of TsukubaIbaraki 305-0006JapanInstiute of Physics and Tandem Accelerator CenterUniversity of TsukubaIbaraki 305-0006Japan

Low-spin signature inversion is a very interesting phenomenon observed in a number of deformed odd-odd nuclei and it has been attracting large experimental and theoretical *** to date,the signature inversion has been ... 详细信息

关键词： deformed nuclei signature bands systematically Au Nuclei Ir and vi Inversion attracting

Systematic Behaviors of Signature Inversion in πh9/2  vi13/2 Bands in A～170 Mass Region

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IMP & HIRFL Annual Report 2001年 38-39页

作者： M.Oshima,t.Morikawa,t.Hayakawa,t.toh,t.Shizuma,M.Koizumi,A.Osa,J.Katakura,Y.Hatsukawa,M.Matsuda,N.Shinohara,t.Ishii,H.Kusakari,M.Sugawara,K.Furuno,t.Komatsubara,t.Une Japan Atomic Energy Research Institute tokai Ibaraki319-1195 Japan. Depatment of Physics Kyushu University Fukuoka812-81 Japan. Japan Atomic Energy Research Institute tokai Ibaraki319-1195 Japan. Japan Atomic Energy Research Institute tokai Ibaraki319-1195 Japan. Japan Atomic Energy Research Institute tokai Ibaraki319-1195 Japan. Japan Atomic Energy Research Institute tokai Ibaraki319-1195 Japan. Japan Atomic Energy Research Institute tokai Ibaraki319-1195 Japan. Japan Atomic Energy Research Institute tokai Ibaraki319-1195 Japan. Japan Atomic Energy Research Institute tokai Ibaraki319-1195 Japan. Japan Atomic Energy Research Institute tokai Ibaraki319-1195 Japan. Japan Atomic Energy Research Institute tokai Ibaraki319-1195 Japan. Japan Atomic Energy Research Institute tokai Ibaraki319-1195 Japan. Chiba Uniersity Inage-ku Chiba263-8512 Japan. Chiba Institute of technology Narashino Chiba275-0023 Japan. Institute of Physics and tandem Accelerator Center University of tsukuba Ibaraki305-0006 Japan. Institute of Physics and tandem Accelerator Center University of tsukuba Ibaraki305-0006 Japan. Institute of Physics and tandem Accelerator Center University of tsukuba Ibaraki305-0006 Japan.

Low-spin signature inversion in the πh9/2[?]vi;13;/2 band was reported for the first time by Bark et al.;[;1]in;162,164;tm and;174;ta in *** then,this inversion phenomenon has been found in several neighboring odd-od...

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Low-spin Signature Inversion in πi13/2  vi13/2 Bands of Odd-odd 176,178Ir and 182,184Au Nuclei

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IMP & HIRFL Annual Report 2001年 39-40页

作者： M.Oshima,t.Morikawa,t.Hayakawa,t.toh,t.Shizuma,M.Koizumi,A.Osa,J.Katakura,Y.Hatsukawa,M.Matsuda,N.Shinohara,t.Ishii,H.Kusakari,M.Sugawara,K.Furuno,t.Komatsubara,t.Une Japan Atomic Energy Research Institute tokai Ibaraki319-1195 Japan. Department of Physics Kyushu University Fukuoka 812-81 Japan. Japan Atomic Energy Research Inseitute tokai Ibaraki 319-1195 Japan. Japan Atomic Energy Research Inseitute tokai Ibaraki 319-1195 Japan. Japan Atomic Energy Research Inseitute tokai Ibaraki 319-1195 Japan. Japan Atomic Energy Research Inseitute tokai Ibaraki 319-1195 Japan. Japan Atomic Energy Research Inseitute tokai Ibaraki 319-1195 Japan. Japan Atomic Energy Research Inseitute tokai Ibaraki 319-1195 Japan. Japan Atomic Energy Research Inseitute tokai Ibaraki 319-1195 Japan. Japan Atomic Energy Research Inseitute tokai Ibaraki 319-1195 Japan. Japan Atomic Energy Research Inseitute tokai Ibaraki 319-1195 Japan. Japan Atomic Energy Research Inseitute tokai Ibaraki 319-1195 Japan. Chiba University Inage-ku Chiba 263-8512 Japan. Chiba Institute of technology Narashino Chiba 275-0023 Japan. Instiute of Physics and tandem Accelerator Center University of tsukuba Ibaraki 305-0006 Japan Instiute of Physics and tandem Accelerator Center University of tsukuba Ibaraki 305-0006 Japan Instiute of Physics and tandem Accelerator Center University of tsukuba Ibaraki 305-0006 Japan

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