TIBBIYOT SOHASIDA INSON ORGANLARINI INNOVATSION TEXNOLOGIYALAR ASOSIDA 3D VIZUALLASHTIRISH VA MODELLASHTIRISH
{$ Etel}:
3D anatomiya, tibbiy vizualizatsiya, DICOM, kompyuter grafikasi, KT, MRT, modellashtirish, VR/AR texnologiyalar.Abstrak
Maqolada tibbiyot sohasida inson organlarini 3D vizuallashtirish va ularni modellashtirish jarayonlarining ilmiy-metodik asoslari hamda zamonaviy texnologik yondashuvlari tahlil qilingan. Tadqiqotda DICOM formatidagi KT/MRT ma’lumotlarini qayta ishlash, ularni segmentatsiya qilish va Blender, 3D Slicer, Unity hamda Unreal Engine muhitlarida uch o‘lchamli anatomik modellar yaratish usullari yoritilgan. Taklif etilgan metodologiya tibbiy diagnostika, jarrohlik amaliyotlarini rejalashtirish va klinik tahlil jarayonlarini takomillashtirishga qaratilgan. Shuningdek, mahalliy terminologiya asosida o‘zbek tilida interfeysga ega 3D anatomiya tizimini ishlab chiqishning ilmiy va amaliy ahamiyati asoslab berilgan.
##plugins.themes.default.displayStats.downloads##
Bibliografik havolalar
1. Aldridge, R. D., 3D Visualization in Medical Education: Applications and Outcomes. Journal of Medical Simulation, 2022.
2. Zhang, L., DICOM Data Segmentation and 3D Reconstruction for Anatomy Education. IEEE Access, 2021.
3. Krupinski, E. A., Medical Imaging and Visualization: Current Trends and Future Directions. Academic Radiology, 2020.
4. Visible Body Official Documentation – 3D Human Anatomy Educational Platform, 2024.
5. Anatomage Inc., Anatomage Table User Guide, California, 2023.
6. 3D4Medical Ltd., Complete Anatomy: Educational Software Manual, Dublin, 2023.
7. Pieper, S., Lorensen, B., Schroeder, W., 3D Slicer: A Platform for Biomedical Research and Visualization. Insight Journal, 2020.
8. Epic Games, Unreal Engine for Scientific Visualization, Technical Report, 2022.
9. Unity Technologies, Unity Engine for Medical Simulation and VR Training, Whitepaper, 2023.
10. Mahmudova, M. A., O‘zbekiston sharoitida 3D anatomiya simulyatorini yaratishning ilmiy asoslari. Toshkent, 2025.
11. Orthanc Team, Open-source DICOM Server for Medical Imaging Integration, 2024.
12. WHO eHealth Division, Digital Transformation in Medical Education: Global Review, 2023.
13. Blender Foundation, Blender for Scientific Visualization Manual, Amsterdam, 2022.
14. Muminov, A. B., VR/AR texnologiyalarining tibbiyot ta’limidagi ahamiyati, “Ilmiy Innovatsiyalar” jurnali, 2024.
15. Saidov, I. R., Tibbiy vizualizatsiya va 3D modellashtirishning integratsion imkoniyatlari, TATU Ilmiy axborotlari, 2025.
Yuklamoq
Nashr qilingan
Nashr
Bo'lim
Guvohnoma
" Litsenziyasi "HRTPS://creseekommons.org/licenseommons.org/licens.org/licens.org/licens.org/licens.org/LICS/4.0/"> Litsenziyalarni litsenziyalash "litsenziyalari Axtibatish "(" Attributi ") 4.0 World
.License Terms of our Journal
