论文发表
论文发表
Embedded Files
17. 2023年8月: Managing Persistent Subsolid Nodules in Lung Cancer: Education, Decision Making, and Impact of Interval Growth Patterns. 发表于国际期刊-Diagnostics (IF=3.992).
17. 2023年8月: Managing Persistent Subsolid Nodules in Lung Cancer: Education, Decision Making, and Impact of Interval Growth Patterns. 发表于国际期刊-Diagnostics (IF=3.992).
16. 2022年4月: Radiomics in Early Lung Cancer Diagnosis: From Diagnosis to Clinical Decision Support and Education. 发表于国际期刊-Diagnostics (IF=3.24).
16. 2022年4月: Radiomics in Early Lung Cancer Diagnosis: From Diagnosis to Clinical Decision Support and Education. 发表于国际期刊-Diagnostics (IF=3.24).
15. 2022年4月：Pulmonary Vascular Volume is Associated with DLCO and Fibrotic Score in Idiopathic Pulmonary Fibrosis: An Observational Study. 发表于国际期刊-BMC Medical Imaging. (IF=1.85) (AI QUIBIM Emphysema).
15. 2022年4月：Pulmonary Vascular Volume is Associated with DLCO and Fibrotic Score in Idiopathic Pulmonary Fibrosis: An Observational Study. 发表于国际期刊-BMC Medical Imaging. (IF=1.85) (AI QUIBIM Emphysema).
14. 2022年04月：第二篇人工智慧全肺部CT自动判读论文正式刊登于国际期刊 Diagnostics (IF=3.24) (AI QUIBIM Whole Lung CT Texture).
14. 2022年04月：第二篇人工智慧全肺部CT自动判读论文正式刊登于国际期刊 Diagnostics (IF=3.24) (AI QUIBIM Whole Lung CT Texture).
13. 2021年11月：人工智慧全肺部CT自动判读论文正式刊登于超高分期刊Cancers(IF=6.639)! (AI Whole Lung CT Texture).
13. 2021年11月：人工智慧全肺部CT自动判读论文正式刊登于超高分期刊Cancers(IF=6.639)! (AI Whole Lung CT Texture).
12. 2021年06月：第二篇 SCI 人工智慧胸部X光自动判读论文正式刊登于Medicine! (AI CHEST X-RAY).
12. 2021年06月：第二篇 SCI 人工智慧胸部X光自动判读论文正式刊登于Medicine! (AI CHEST X-RAY).
11. 人工智慧Radiomics论文发表 in Heart, Lung & Circulation (AI Texture).
11. 人工智慧Radiomics论文发表 in Heart, Lung & Circulation (AI Texture).
10. SCI Publication in Vet Radiol Ultrasound 2020. (Vet Lymphangiography)
10. SCI Publication in Vet Radiol Ultrasound 2020. (Vet Lymphangiography)
9. SCI Publication in Journal of Thoracic Diseases 2020. (Lung Quantification).
9. SCI Publication in Journal of Thoracic Diseases 2020. (Lung Quantification).
8. Publication in Clinical Radiology 2019 (AI Chest X-ray).
8. Publication in Clinical Radiology 2019 (AI Chest X-ray).
7.Publication in British Journal of Hospital Medicine 2019 (Pulmonary Arteriovenous Malformation).
7.Publication in British Journal of Hospital Medicine 2019 (Pulmonary Arteriovenous Malformation).
6. Academic Radiology Publication 2018: Modified Lung-RADS Improves Performance of Screening LDCT in a Population with High Prevalence of Non-smoking-related Lung Cancer. (Lung Quantification).
6. Academic Radiology Publication 2018: Modified Lung-RADS Improves Performance of Screening LDCT in a Population with High Prevalence of Non-smoking-related Lung Cancer. (Lung Quantification).
5. 2019 全球第二大国际放射医学会
5. 2019 全球第二大国际放射医学会
ECR 2019 (European Congress of Radiology) (AI Chest X-ray)
ECR 2019 (European Congress of Radiology) (AI Chest X-ray)
4. ECR 2014: Potential Dual Energy Volume Scan Implemented by 320-Section Area Detector CT (320-deADCT) through Lower-Dose Acquisition Imaging Protocol Applied in Liver Tri-Phase CT Application: Initial Experience in Taiwan
4. ECR 2014: Potential Dual Energy Volume Scan Implemented by 320-Section Area Detector CT (320-deADCT) through Lower-Dose Acquisition Imaging Protocol Applied in Liver Tri-Phase CT Application: Initial Experience in Taiwan
3. IEEE: Applications of whole brain perfusion and 4-dimensional digital subtraction angiography utilized by lower-dose 320-Row dynamic volumetric CT (320-DVCT) (Brain Perfusion).
3. IEEE: Applications of whole brain perfusion and 4-dimensional digital subtraction angiography utilized by lower-dose 320-Row dynamic volumetric CT (320-DVCT) (Brain Perfusion).
2. Journal of Instrumentation : Image-Guided Radiology
2. Journal of Instrumentation : Image-Guided Radiology
1. Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms: Image-Guided Radiology
1. Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms: Image-Guided Radiology
Quibim Precision:
Quibim Precision:
Quibim Precison 影像工作站是一款极为优良的医疗定量工作站，适合协助医疗院所的医师执行定性定量的分析，以协助医师分析疾病的严重性，以利临床科医院做就准确的判断，有效帮病人订定最适合的治疗方针与方案，帮助病人恢复健康，提高治疗率与提升预后效果。已有许多国际学者利用Quibim Precison当作他们的临床诊断工具，并已经发表了许多国际论文 (> 44篇) 于各大国际期刊。请参考下列之国际期刊论文。
Report abuse