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.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.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
