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公开(公告)号：KR1020160066420A
公开(公告)日：2016-06-10
申请号：KR1020140170771
申请日：2014-12-02
Applicant: 한국과학기술정보연구원
IPC: G06F9/50
CPC classification number: G06F9/50 , G06F9/5005 , G06F9/5011 , G06F9/5066
Abstract: 본발명은자원할당장치및 그동작방법및 이에적용되는프로그램을개시한다. 즉, 다수의사용자의애플리케이션실행처리와관련하여 2 이상의자원을공유하고자하는경우, 상기 2 이상의자원각각이상기다수의사용자각각에대하여처리할수 있는애플리케이션실행처리량에따라서상기 2 이상의자원에서제공하는코어를상기다수의사용자에게할당함으로써, 다중사용자를지원하는이종컴퓨팅환경에서이종컴퓨팅자원을다중사용자에게효율적으로할당할수 있다.
Abstract translation: 公开了一种用于分配资源的装置，其操作方法和应用于其的程序。 当希望为多个用户的应用执行处理共享两个以上的资源时，由两个以上的资源提供的核心根据两个以上的资源中的每一个的应用处理量分配给用户 以处理每个用户的应用程序执行。 因此，异构计算资源可以在异构计算环境中有效地分配给用户。
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Patent Agency Ranking
公开(公告)号：KR1020130128783A
公开(公告)日：2013-11-27
申请号：KR1020120052804
申请日：2012-05-18
Applicant: 한국과학기술정보연구원
CPC classification number: G06F19/321 , A61B6/037 , A61F2/02 , G06Q50/24 , G16H50/50
Abstract: The present invention relates to a system and a method for matching a prosthetic appliance and a recoding medium thereof. The system for matching the prosthetic appliance according to the present invention comprises: a physical body image database for storing photographed images of normal physical body parts of a plurality of persons; a prosthetic appliance information database for storing detailed standard information on a plurality of prosthetic appliances; a physical body image inputting part for receiving the photographed images of the physical body parts of a patient; a prosthetic appliance matching part searching for the image of the normal physical body, matched with the image of the physical body of the patient, in the physical body image database, extracting a standard of the prosthetic appliance appropriate for the searched image of the normal physical body parts and searching for the prosthetic appliance applied to the patient in the prosthetic appliance database; a three dimensional image simulation part for integrating the image of the physical body of the patient with the prosthetic appliance image and simulating the image of the physical body of the patient to whom the prosthetic appliance is implanted; and a controller for selecting the prosthetic appliance matched with the patient and generating the three dimensional image of the physical body of the patient to whom the selected prosthetic appliance is implanted via the three dimensional image simulation part based on the standard of the selected prosthetic appliance by controlling the physical body image inputting part and the prosthetic appliance matching part. The present invention can provide an optimal prosthetic appliance for the patient, who suffers a damage in a physical body part, by searching for the prosthetic appliance matched with the patient from the images on the physical body parts stored in the database, recommending the searched prosthetic appliance, and simulating images on the physical body parts of the patient to whom the prosthetic appliance is implanted. [Reference numerals] (AA) Start;(BB) End;(S210) Collect CT images where a prosthetic appliance is implanted in the body of a patient;(S220) Search the body image of a healthy body similar to the body of a patient in the body image DB;(S230) Search a matched prosthetic appliance based on the body image of a healthy person and the body image of a patient;(S240) 3D image simulation where a prosthetic appliance matched with the body image of a patient is implanted;(S250) Determine a prosthetic appliance for a patient based on the simulation result
Abstract translation: 本发明涉及一种用于匹配假肢器具及其编码介质的系统和方法。 根据本发明的用于匹配假体器具的系统包括：身体图像数据库，用于存储多个人的正常身体部位的拍摄图像; 一种用于存储关于多个假肢器具的详细标准信息的假肢器具信息数据库; 身体图像输入部，其接收患者的身体部位的拍摄图像; 在物理身体图像数据库中搜索与身体身体的图像匹配的正常身体的图像的假体器具匹配部分，提取适合于正常身体的搜索图像的假体装置的标准 身体部位并搜索在假肢器具数据库中应用于患者的假体器具; 三维图像模拟部分，用于将患者的身体的图像与假体装置图像相结合，并且模拟假体装置植入患者的身体的图像; 以及控制器，用于选择与患者匹配的假体装置，并且通过三维图像模拟部件基于所选择的假体装置的标准，生成被植入了所选择的假体装置的患者的身体的三维图像， 控制身体图像输入部和假体器具匹配部。 本发明可以通过从存储在数据库中的物理身体部位上的图像中搜索与患者相匹配的假体装置来为患者提供一种患有物理身体部位的损伤的最佳假肢器具，推荐所搜索的假肢 器具，以及模拟在植入了假肢器具的患者的身体部位上的图像。 （附图标记）（AA）开始;（BB）结束;（S210）收集将假体器具植入患者体内的CT图像;（S220）搜索与身体相似的健康身体的身体图像 患者身体图像DB;（S230）基于健康人的身体图像和患者的身体图像搜索匹配的假体装置;（S240）假体装置与患者的身体图像相匹配的3D图像模拟 植入;（S250）基于模拟结果确定患者的假体器具
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公开(公告)号：KR101321908B1
公开(公告)日：2013-10-28
申请号：KR1020120115053
申请日：2012-10-16
Applicant: 한국과학기술정보연구원
IPC: G06T19/00
CPC classification number: G06T15/08 , A61B5/0033 , G06T2207/30004
Abstract: PURPOSE: A human body cutting plane image information manufacturing method and a system thereof are provided to manufacture a tubular dissection image and a thalamus dissection image and to manufacture a regionalization image which regionalizes an anatomic structure of a dissection image. CONSTITUTION: An image information manufacture (130) arranges a tubular dissection image and a thalamus dissection image using an arrangement rod. The image information manufacture arranges the tubular dissection image and the thalamus dissection image by overlapping with a computer tomography image. The image information manufacture controls brightness through a color table and a gray step table between neighboring dissection images by sequentially comparing the tubular dissection image and the thalamus dissection image. The image information manufacture regionalizes the edge of skin, a bone, a liver, a lung, a kidney, a bladder, and a heart in the tubular dissection image and the thalamus dissection image. The image information manufacture produces a regionalization image by regionalizing the edge of a lacuna for an alimentary canal, a breathing tube, and arteries. [Reference numerals] (110) Consecutive cuter; (120) Image obtainer; (130) Image information manufacturer
Abstract translation: 目的：提供人体切割平面图像信息制造方法及其系统，以制造管状解剖图像和丘脑解剖图像，并且制造将解剖图像的解剖结构区分开的区域化图像。 构成：图像信息制造（130）使用排列杆布置管状解剖图像和丘脑解剖图像。 图像信息制造通过与计算机断层图像重叠来布置管状解剖图像和丘脑解剖图像。 图像信息制造通过顺序地比较管状解剖图像和丘脑解剖图像，通过颜色表和相邻解剖图像之间的灰度步骤来控制亮度。 图像信息制作在管状解剖图像和丘脑解剖图像中区分皮肤，骨骼，肝脏，肺，肾，膀胱和心脏的边缘。 图像信息制作通过区分消化道，呼吸管和动脉的空洞的边缘来产生区域化图像。 （附图标记）（110）连续切割机; （120）图像获取器; （130）图像信息制造商
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公开(公告)号：KR1020130109419A
公开(公告)日：2013-10-08
申请号：KR1020120031139
申请日：2012-03-27
Applicant: 한국과학기술정보연구원
CPC classification number: G06F17/50 , A61B6/03 , A61F2/0811 , G06T15/08
Abstract: PURPOSE: A system and a method for custom prosthetic appliance design and a recording medium thereof are provided to build a database with images of body parts and bio-information of healthy people for providing prosthetics close to physical specifications of each patient. CONSTITUTION: A body image database (150) stores images of normal body which is obtained by photographing body parts of subjects and bio-information of the subjects. A body image input unit (110) receives images of patient body which is obtained by photographing body parts of a patient and bio-information of the patient. A 3D image modeling unit (120) renders a 3D image. A prosthetics specification calculation unit (200) retrieves an image of normal body coincident with the bio-information of the patient from the body image database, and produces a specification of prosthetics appropriate for body of the patient by comparing the image of normal body to the image of patient body. [Reference numerals] (110) Body image input unit; (120) 3D image modeling unit; (130) User input unit; (140) Display unit; (150) Body image database; (160) Control unit; (200) Prosthetics specification calculation unit
Abstract translation: 目的：提供用于定制假肢器具设计的系统和方法及其记录介质，以建立具有身体部位和健康人的生物信息的图像的数据库，以提供接近每个患者的物理规格的假肢。 构成：身体图像数据库（150）存储通过拍摄被摄体的身体部位和被检体的生物信息而获得的正常身体的图像。 身体图像输入单元（110）接收通过拍摄患者的身体部位和患者的生物信息而获得的患者身体的图像。 3D图像建模单元（120）呈现3D图像。 假肢指定计算单元（200）从身体图像数据库检索与患者的生物信息一致的正常身体的图像，并且通过将正常身体的图像与患者的图像进行比较来产生适合于患者身体的假肢的规格 患者身体的形象 （附图标记）（110）身体图像输入单元; （120）3D图像建模单元; （130）用户输入单元; （140）显示单元; （150）身体图像数据库; （160）控制单元; （200）假肢规格计算单位
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公开(公告)号：KR101265981B1
公开(公告)日：2013-05-22
申请号：KR1020120099973
申请日：2012-09-10
Applicant: 한국과학기술정보연구원
Abstract: PURPOSE: A Korean human body backbone information manufacturing method and a system thereof are provided to measure a 3D backbone model in a computer, thereby accurately measuring a Korean human body backbone. CONSTITUTION: A transformed parameter is inputted in a CT(Computerized Tomography) image(S202). A human body backbone data set is generated by input(S204). In the CT image, masking data is generated(S206). A base mask is generated according to each backbone(S210). The base mask is processed by smoothing(S212). [Reference numerals] (AA) Start; (BB) End; (S202) Obtain a CT image by photographing human body backbone with a CT scan through an image acquisition unit; (S204) Generate a human body backbone data set by receiving a conversion parameter for the CT image; (S206) Generate masking data by classifying a part corresponding to each backbone with a separate color in the CT image of the human body backbone data set; (S208) Set an HU threshold through the confirmation of an HU value for a desired area; (S210) Generate a base mask by zoning the image per each backbone; (S212) Generate 3D model data by smoothing the base mask to indicate shape characteristics of each backbone; (S214) Obtain numerical information of main part indicating the shape of the backbone by measuring at the outside of the backbone or a cut section for the 3D model data or measuring the height of disk; (S216) Calculate bone mineral density of pure body parts except for a backbone column part by cutting pedicles adjacent to a vertebral body for the 3D model data; (S218) Extract the backbone from a first neck bone(C1) to a sacrum and perform a bone mineral density(BMD) test; (S220) Perform a spinal segmental functional test with two backbones as one set; (S222) Store a bone mineral density test result and a functional test result by corresponding to the 3D model data; (S224) Measuring compressive strength by mounting with resin to apply uniform load on the upper and lower plates of the cut backbone body; (S226) Store the measured compressive strength by corresponding to the 3D model data
Abstract translation: 目的：提供韩国人体骨干信息制造方法及其系统，以测量计算机中的三维骨干模型，从而准确测量韩国人体骨干。 构成：变换后的参数输入CT（Computerized Tomography）图像（S202）。 通过输入生成人体骨干数据集（S204）。 在CT图像中，生成掩蔽数据（S206）。 根据每个主干产生基本掩码（S210）。 通过平滑处理基本掩码（S212）。 （附图标记）（AA）开始; （BB）结束; （S202）通过图像采集单元通过CT扫描拍摄人体骨架来获取CT图像; （S204）通过接收CT图像的转换参数生成人体骨架数据集; （S206）通过在人体骨架数据集的CT图像中以单独的颜色分类对应于每个骨架的部分来生成掩蔽数据; （S208）通过确认期望区域的HU值来设定HU阈值; （S210）通过每个骨干分割图像来生成基本掩码; （S212）通过平滑基本掩码来生成3D模型数据，以指示每个骨干的形状特征; （S214）通过在骨干外部测量或3D模型数据的切割部分或测量盘的高度来获取表示骨架形状的主要部分的数值信息; （S216）3D模型数据通过切割邻近椎体的椎弓根计算除骨架部分之外的纯体部位的骨矿物质密度; （S218）将骨髓从第一颈骨（C1）提取到骶骨，并进行骨密度（BMD）测试; （S220）以两个骨架为一组进行脊髓节段功能试验; （S222）对应于3D模型数据存储骨密度测试结果和功能测试结果; （S224）通过用树脂安装来测量抗压强度以对切割的主体的上板和下板施加均匀的载荷; （S226）对应于3D模型数据存储测得的抗压强度
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公开(公告)号：KR1020100037325A
公开(公告)日：2010-04-09
申请号：KR1020080096593
申请日：2008-10-01
Applicant: 한국과학기술정보연구원
CPC classification number: G06F17/30722 , G06F17/2705
Abstract: PURPOSE: A system and a method for construction automatic bibliography based patterns, and a recording medium therefor are provided to automatise the construction and matching works for a reference document by standardizing the bibliographic information of the reference document. CONSTITUTION: A reference parser(120) automatically recognizes identical technical patterns by comparing the bibliographic information with technology patterns, and parses each item for the bibliographic information of the cited documents by using the item of the recognized patterns. A reference standardizing unit(130) standardizes the parsed item. A pattern manager(110) manages the technical patterns, and provides technology pattern information to the reference document parsing unit.
Abstract translation: 目的：提供一种用于建筑自动参考书目模式的系统和方法及其记录介质，用于通过标准化参考文献的书目信息来自动化参考文献的构造和匹配工作。 构成：参考解析器（120）通过将书目信息与技术模式进行比较来自动识别相同的技术模式，并通过使用识别的模式的项目来分析引用文献的书目信息的每个项目。 参考标准化单元（130）对被解析项目进行标准化。 模式管理器（110）管理技术模式，并向参考文档解析单元提供技术模式信息。
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