3D Detection of Spheric and Aspheric Femoral Heads in Coronal MR Images of Patients with Legg-Calve-Perthes Disease Using the Spherical Hough Transform. - Abbas Memis; Songül Albayrak; Fuat Bilgili (ICBSP, 2018)

Femoral head detection in perthes MR slices with circular hough transform. - Abbas Memis; Songul Albayrak; Fuat Bilgili (SIU, 2018)

Computerized 2D detection of the multiform femoral heads in magnetic resonance imaging (MRI) sections with the integro-differential operator. - Abbas Memis; Songül Varli; Fuat Bilgili (Biomed. Signal Process. Control., 2019)

A new scheme for automatic 2D detection of spheric and aspheric femoral heads: A case study on coronal MR images of bilateral hip joints of patients with Legg-Calve-Perthes disease. - Abbas Memis; Songül Albayrak; Fuat Bilgili (Comput. Methods Programs Biomed., 2019)

Femoral Head Segmentation with Convolutional Neural Networks in MR Imaging Slices of the Patients with Legg-Calve-Perthes Disease. - Abbas Memis; Songül Varli; Fuat Bilgili (SIU, 2020)

Semantic segmentation of the multiform proximal femur and femoral head bones with the deep convolutional neural networks in low quality MRI sections acquired in different MRI protocols. - Abbas Memis; Songül Varli; Fuat Bilgili (Comput. Medical Imaging Graph., 2020)

Automatic Classification of the Waldenstrom Stages of Legg-Calve-Perthes Disease from the 2D Total Proximal Femur Shape Deformity. - Abbas Memis; Songül Varli; Fuat Bilgili (INISTA, 2021)

Random Point Sub-sampling in Rigid Registration of 2D Proximal Femur Surfaces. - Abbas Memis; Songül Varli; Fuat Bilgili (SIU, 2021)

A novel approach for computerized quantitative image analysis of proximal femur bone shape deformities based on the hip joint symmetry. - Abbas Memis; Songül Varli; Fuat Bilgili (Artif. Intell. Medicine, 2021)

Image based quantification of the proximal femur shape deformities in 3D by using the contralateral healthy shape structure: A preliminary study. - Abbas Memis; Songül Varli; Fuat Bilgili (Biomed. Signal Process. Control., 2022)