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公开(公告)号：KR1020080010674A
公开(公告)日：2008-01-31
申请号：KR1020060070973
申请日：2006-07-27
Applicant: 동명대학교산학협력단
Inventor： 김진영
CPC classification number: G06T11/008 , G06T7/507 , G06T2207/10072 , G06T2207/10112 , G06T2210/21
Abstract: A method for correcting brightness distortion and shape distortion of an X-ray image is provided to correct brightness and shape of an image distorted when obtaining the image using an X-ray tester of a DTS(Digital TomoSynthesis). Brightness distortion is corrected by modeling a ratio of a brightness value to the largest brightness value at a predetermined position in a three-dimensional polynomial expression. Shape distortion is corrected by obtaining meeting points of a distorted image through a lattice pattern disposed on a target cross-sectional plane, generating a mathematical function, which relates lattice points uniformly distributed before distortion to coordinates of respective meeting points of the distorted image, and using the function as a distorted model.
Abstract translation: 提供一种用于校正X射线图像的亮度失真和形状失真的方法，以校正使用DTS（Digital TomoSynthesis）的X射线测试仪获得图像时失真的图像的亮度和形状。 通过对三维多项式表达式中的预定位置处的亮度值与最大亮度值的比率进行建模来校正亮度失真。 通过通过设置在目标横截面上的格子图案获得失真图像的会聚点来校正形状失真，产生将失真之前均匀分布的格点与失真图像的各个会合点的坐标相关联的数学函数，以及 使用该功能作为扭曲模型。
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公开(公告)号：KR1020070025111A
公开(公告)日：2007-03-08
申请号：KR1020050080893
申请日：2005-08-31
Applicant: 동명대학교산학협력단
Inventor： 김진영
CPC classification number: G06F17/5009
Abstract: A method for estimating warpage in thin plastic injection molding using neural network is provided to find out an optimal condition in a short time by estimating the warpage, which is occurred according to each injection condition, with the neural network. Less than six parameters among mold temperature, molten polymer temperature, charging time, specification, holding pressure, and holding pressure time, and an output variable representing a warpage degree are fixed and inputted(S100). Output of an input layer unit is calculated by receiving the inputted variables(S200). Input of a hidden layer unit is calculated by receiving the output of the input layer unit(S300). The output of the hidden layer unit is calculated by receiving the input of the hidden layer unit(S400). The input of the output layer unit is calculated by receiving the output of the hidden layer unit(S500). The warpage of plastic is estimated by calculating the output of the output layer unit based on the input of the output layer unit(S600).
Abstract translation: 提供了使用神经网络估计薄塑料注射成型中的翘曲的方法，通过使用神经网络估计根据每个注射条件发生的翘曲来在短时间内找出最佳条件。 固化并输入模具温度，熔融聚合物温度，充电时间，规格，保持压力和保持压力时间之间的六个参数和表示翘曲度的输出变量。 通过接收输入的变量来计算输入层单位的输出（S200）。 通过接收输入层单元的输出来计算隐层单元的输入（S300）。 通过接收隐藏层单元的输入来计算隐藏层单元的输出（S400）。 通过接收隐藏层单元的输出来计算输出层单元的输入（S500）。 通过基于输出层单元的输入计算输出层单元的输出来估计塑料的翘曲（S600）。
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公开(公告)号：KR101732304B1
公开(公告)日：2017-05-02
申请号：KR1020160018484
申请日：2016-02-17
Applicant: 동명대학교산학협력단
Abstract: 본발명에따른정보보호관리체계를활용한항만물류정보보안방법은보안침해사고를탐지또는접수하는침해사고탐지/접수단계(A); 상기탐지/접수된사고의유형을분석하고우선순위를정하는침해사고분석단계(B); 상기침해사고분석단계에서분석이끝난후 보안공격의유형에따라보안대책을수립및 실시하는공격유형별대응절차선정단계(C); 상기공격유형별대응절차선정단계가끝나면사고를보고하는침해사고등록단계(D); 상기침해사고등록단계에서보고된내용에따라대응팀이침해사고유형에따라보안대책을적용하는침해사고대응팀활동단계(E); 상기침해사고대응팀활동단계가완료되면사고에대한조치경과를보고하는조치경과보고단계(F); 상기일련의단계들이모두마무리되면사후조치내용을포함한일련의과정들을보고하는조치완료결과보고단계(G); 로구성되는것을특징으로하고, 기존보안체계에중요시되었던하드웨어측면에서의보안뿐만아니라해킹, 디도스공격등의보안위협을방어하기위한소프트웨어측면에서의기술적보안에중점을두어항만의보안성이더욱강화되는효과를가지며, 또한 IT 장비들을하드웨어측면의보안체계에적극적으로활용하여근래물류산업에서중요시되고있는물류보안과물류효율의균형을적절하게유지하여고객신뢰성을향상시키는효과를가진다.
Abstract translation: 根据本发明的利用信息安全管理系统的港口物流信息安全方法包括步骤（A）：检测/接收检测或接收安全侵入事故的入侵事故; （B）渗透事故分析步骤，分析所检测/接收的事故的类型并优先化; 分析后的侵权从事故分析阶段完成根据类型的安全攻击来建立安全的措施，并进行选择的（C）的步骤的攻击类型的响应的程序; 当每个攻击类型的响应过程完成时，用于报告事件的侵权事故登记步骤（D）; 入射事件响应小组的响应团队活动基于在按照事件步骤（E）的种类施加的安全措施的登记步骤所报告的信息; （F）在完成上述事件响应组的行动阶段时报告事故进展的行动进展报告步骤; （G）当一系列步骤完成时报告完成一系列步骤; 它是由那是对现有安全体系安全的重要以及黑客eseoui硬件方面，d，专注于软件技术eseoui安全方面的防范安全威胁，如DoS攻击，该端口的安全性加强 通过在硬件安全系统中积极利用IT设备，适当平衡物流行业中重要的物流安全和物流效率，从而提高客户可靠性。
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公开(公告)号：KR1020130117203A
公开(公告)日：2013-10-25
申请号：KR1020120040123
申请日：2012-04-18
Applicant: 동명대학교산학협력단
Inventor： 김진영
CPC classification number: G01N23/046 , B23P15/26 , F28D9/005 , G01B15/06 , G01N2223/646
Abstract: PURPOSE: A pore defect detecting method for a pin plate type heat exchanger brazing welding process and a pore defect detecting system are provided to conveniently grasp characteristics of defects existing on a brazing joint of a specimen of a pin plate type heat exchanger. CONSTITUTION: A pore defect detecting method for a pin plate type heat exchanger brazing welding process includes the following steps of: preparing images of an upper plate (30), a lower plate (40), and a template; performing tomography an actual pin plate type heat exchanger by using X-rays; binary-coding the tomographic images of the heat exchanger and converting the images into black-and-white images; detecting the positions of the upper and lower plates from the black-and-white images via template matching processes of the template images and the black-and-white images respectively; and testing whether the pin and the upper plates are joined or not by flowing a pin arranged on the outmost left position of the lower plate as a starting point to the height of the upper plate upwardly and by flowing a pin arranged on the outmost left position of the lower plate as a starting point to the height of the upper plate upwardly. [Reference numerals] (AA,DD) Template; (BB) Lower template matching; (CC,FF) Pin following $ combination detection; (EE) Upper plate matching
Abstract translation: 目的：提供一种针板式热交换器钎焊焊接工艺和孔缺陷检测系统的孔缺陷检测方法，以便于掌握存在于板式热交换器的试样的钎焊接头上的缺陷的特性。 构造：针板型热交换器钎焊焊接工艺的孔缺陷检测方法包括以下步骤：制备上板（30），下板（40）和模板的图像; 使用X射线进行实际的板式热交换器的断层成像; 对热交换器的断层图像进行二进制编码，并将图像转换成黑白图像; 通过模板图像和黑白图像的模板匹配处理从黑白图像中检测上板和下板的位置; 并且通过使设置在下板的最左侧位置的销作为起点将上部板和上板连接到上板的高度，并且使布置在最左侧位置的销 作为起始点的上板的高度向上。 （附图标记）（AA，DD）模板; （BB）较低的模板匹配; （CC，FF）引脚跟踪$组合检测; （EE）上板匹配
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