organs at risk - Globe Thesis

Keyword [organs at risk] Result: 21 - 40 \| Page: 2 of 3
21.	Research And Analysis Of Automatic Sketching Technology Based On Eclipse Planning System
22.	Dosimetric Comparison Between IMRT And TOMO On Preoperative Rectal Cancel
23.	The Study On Planning Organs At Risk And Variation Of Dose-volume Parameters On Cardiac In Radiotherapy For Breast Cancer
24.	Dosimetric Study Of Two Radiotherapy Techniques And Incidental Irradiation Dose To The Internal Mammary Region After Modified Radical Mastectomy Of Breast Cancer
25.	A Research On The Automatic Planning For Lung Cancer Radiotherapy Based On Deep Learning
26.	Research On Segmentation Of Organs At Risk On Head And Neck Of CT Images Based On Deep Full Convolution Neural Network
27.	Automatic Delineation Of The Clinical Target Volume And Organs At Risk In Rectal Cancer For Radiation Therapy Using Three-Dimensional Fully Convolutional Neural Networks
28.	The Exploration Of Reducing The Exposure Dose Of Trachea By Intensity Modulated Radiotherapy In Nasopharyngeal Carcinoma
29.	Exploring Factors Influencing CT Value Changes Of Tumor And Organs At Risk In Patients With Oropharyngeal Carcinoma During Adaptive Radiotherapy
30.	Research On Multi-organ Segmentation Of Head And Neck Based On 3D Convolutional Neural Network
31.	A Study On The Segmentation Of Cervical Cancer Target Volume And Partial Organs At Risk Based On Deep Convolutional Neural Network
32.	Research On The Clinical Application Of Automatic Delineation Technology In Pelvic Radiotherapy
33.	Automatic Segmentation Of High-risk Clinical Target Volume Of Cervical Cancer And Organs At Risk For Brachytherapy With A Convolutional Neural Network
34.	Clinic Research Of Simultaneous Integrated Boost Intensity Modulated Radiotherapy And Translational Research Of Prognostic Biomarkers Screening Based On Metabolomic Profiling In Locally Advanced Non-samll Cell Lung Cancer
35.	Clinical Application Of Optical Surface Monitoring System In Radiotherapy For Breast Cancer
36.	Automatic Segmentation Of Clinical Target Volume Of Breast Cancer And Organs At Risk For Radiotherapy With A Convolutional Neural Network
37.	Dosimetric Effects Of Fixed-jaw On Target And Organs At Risk In Young Patients With Cervical Cancer Radiotherapy
38.	Automatic Segmentation Of Female Pelvic Endangered Organs Based On Deep Learning Fusion Network
39.	A Study On Automatic Planning For Intensity-modulated Radiotherapy Of Postoperative Esophageal Cancer Base On Deep Learning
40.	Study On Precise Delineation Of Organs At Risk Of Radiotherapy Based On An Automatic Contouring Software And Chinese Digitized Visible Human
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