hurriyatul fitriyah
TitleCited byYear
Validation on 3D surface roughness algorithm for measuring roughness of psoriasis lesion
MHA Fadzil, E Prakasa, H Fitriyah, H Nugroho, AM Affandi, SH Hussein
Biological and Biomedical Sciences 7 (4), 205-2010, 2010
172010
High order polynomial surface fitting for measuring roughness of psoriasis lesion
AFM Hani, E Prakasa, H Fitriyah, H Nugroho, AM Affandi, SH Hussein
International Visual Informatics Conference, 341-351, 2011
102011
In vivo 3D thickness measurement of skin lesion
AFM Hani, H Fitriyah, E Prakasa, VS Asirvadam, SH Hussein, MA Azura
2010 IEEE EMBS Conference on Biomedical Engineering and Sciences (IECBES …, 2010
72010
Thickness characterization of 3D skin surface images using reference line construction approach
MHA Fadzil, H Fitriyah, E Prakasa, H Nugroho, SH Hussein, AM Affandi
International Visual Informatics Conference, 448-454, 2009
52009
Methodology and apparatus for objective assessment and rating of psoriasis lesion thickness using digital imaging
AFM Hani, H Fitriyah
US Patent 9,962,089, 2018
22018
Skin Lesion Thickness Assessment
AFM Hani, H Fitriyah
Surface Imaging for Biomedical Applications, 123, 2014
12014
Skin Lesion Thickness Assessment
H Fitriyah, AFM Hani
Surface Imaging for Biomedical Applications, 136-193, 2014
2014
Objective Assessment of Psoriasis Lesion Thickness for PASI Scoring using 3D Digital Imaging
MHA Fadzil, H Fitriyah, E Prakasa, H Nugroho, SH Hussein, AM Affandi
World Academy of Science, Engineering and Technology, International Journal …, 2010
2010
3D-based skin roughness measurement for lesion classification
AFM Hani, H Nugroho, E Prakasa, H Fitriyah, AM Affandi, SH Hussein
2009 IEEE Symposium on Industrial Electronics & Applications 1, 15-19, 2009
2009
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