| | International Confernece
- J.J.Kim, Y.H.Lee, and I.G.Jang, ” A validation study of topology optimization-based trabecular bone reconstruction for accurate bone strength assessment,” Korea Congress of Radiology 2019
- J.J.Kim, Y.H.Lee, BJ,Chun, and I.G.Jang, “Topology Optimization-based Trabecular Bone Reconstruction for QCT Scan Data: Clinical Feasibility Study with Micro-CT Scan Data,” European Society of Biomechanics 2019
- J.J.Kim, Y.Yu, and I.G.Jang, “Acceleration of Topology Optimization-based Bone Microstructure Reconstruction using Artificial Neural Networks,” World Congress of Structural and Multidisciplinary Optimization 2018
- Y.H.Lee, J.J.Kim, and I.G.Jang, “Computational study on age-related changes of trabecular bone microarchitecture using topology optimization-based resolution enhancement for the proximal femur CT images,” Korea Congress of Radiology 2018
- J.J.Kim and I.G.Jang, “Clinical case study of topology optimization-based resolution enhancement of clinical CT images for investigating age-related trabecular changes,” World Congress of Biomechanics 2018
- J.J.Kim and I.G.Jang, “Topology optimization-based resolution enhancement of clinical CT images for investigating bone microstructure,” World Congress of Biomechanics 2018
- J.J.Kim and I.G.Jang, “A new application of topology optimization: bone microstructure reconstruction with CT scan images,” Asian Congress of Structural and Multidisciplinary Optimization 2018
- J.J.Kim, Y.Yu, and I.G.Jang, “Topology optimization-based bone microstructure reconstruction complemented by neural networks,” Asian Congress of Structural and Multidisciplinary Optimization 2018
- J.J.Kim, BJ,Chun, Y.H.Lee, and I.G.Jang, “Clinical case study of topology optimization-based resolution enhancement of CT images for proximal femur,” Korea Congress of Radiology 2017
- J.J.Kim, Y.H.Lee, and I.G.Jang, “Topology optimization-based resolution enhancement for skeletal images,” European Society of Biomechanics 2017
- J.J.Kim, Y.H.Lee, and I.G.Jang, “Resolution enhancement of 3-D quantitative computed tomography image for proximal femur by using analogy between topology optimization and phenomenological bone remodeling,” World Congress of Structural and Multidisciplinary Optimization 2017
- J.J.Kim, Y.H.Lee, and I.G.Jang, “Resolution enhancement of plain radiography images based on Wolff’s law,” Korea Congress of Radiology 2016
- J.J.Kim and I.G.Jang, “3-D Localized resolution enhancement of skeletal image for volume of interest based on topology optimization,” Asian Congress of Structural and Multidisciplinary Optimization 2016
- J.J.Kim, Y.H.Lee, and I.G.Jang, “Resolution enhancement of skeletal QCT images for the volumes of interest,” Radiological Society of North America 2015
- J.J.Kim, Y.H.Lee, and I.G.Jang, “Localized resolution enhancement of QCT image for investingating trabecular architecture in proximal femur,” Korea Congress of Radiology 2015
- J.J.Kim and I.G.Jang, “Localized resolution enhancement of skeletal images based on topology optimization,” World Congress of Structural and Multidisciplinary Optimization 2014
- J.J.Kim and I.G.Jang, “Quantitative computed tomography image resolution enhancement based on topology optimization,” International Biomedical Engineering Conference 2014
- J.J.Kim, and I.G.Jang, “Fully automated segmentation of the proximal femur based on the complementary properties of thresholding and watershed algorithm,” International Biomedical Engineering Conference 2014
- J.J.Kim, Y.H.Lee, and I.G.Jang, “QCT image enhancement for investigating trabecular architecture in proximal femur,” Korea Congress of Radiology 2014
- J.J.Kim, Y.Kim, and I.G.Jang, “Computational bone remodeling of cortical and trabecular bone in human proximal femur during aging,” Korea Congress of Radiology 2013
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