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1、ARTIFICIAL INTELLIGENCE AND MEDICAL IMAGING:CURRENT TECHNOLOGY AND FUTURE APPLICATIONSShivani Kumar,MD RPVIAssistant Professor Vascular Surgery Program Director,Vascular FellowshipTufts University School of MedicineDISCLOSURESSpeaking/Consulting:Gore Medical,Cook Medical,Shockwave Medical,Medtronic

2、PI Clinical Trials:Shockwave Medical,EndologixAI IS REVOLUTIONIZING HEALTHCARE Diagnostics,Prognosis,Clinical workflow Key Drivers-Rising rates of chronic disease-Radiologist/PCP burnout and shortage-Demand for increased efficiency and accuracy Current Technology-AI automates tasks like image enhanc

3、ement,anatomical segmentation,and real-time case triageFUTURE APPLICATION-Radiomics&Radiogenomics:Extracting quantitative data to predict disease progression and treatment response.-Multimodal AI:Fusing imaging with genomics and EHRs for a holistic view.-Generative AI:Creating synthetic data to addr

4、ess data scarcity and biasCHALLENGES Algorithmic bias-Representation of individual vs population potential to exacerbate health disparities Data privacy-HIPPA Regulatory oversight-FDA The evolving human-AI relationship Accountability&Liability All critical considerationsWHAT IS ARTIFICIAL INTELLIGEN

5、CE?Broad term to enable a machine or system to perform,reason,act,adapt,interpret like a human Machine Learning-Algorithms learn from data without explicit programming-Broad,general Deep Learning-A subset of ML using multi-layered neural networks-More powerful training/predictions DEEP LEARNING Conv

6、olutional Neural Networks(CNN)-Most prevalent DL model for medical imaging-CNNs learn hierarchically,from simple shapes to complex features,to identify anomalies like tumors or fractures What Made This Possible?-Exponential increase in computing power(GPUs).-Availability of large,annotated datasets.

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根据文章内容,以下是全文关键点的概括: 1. **AI在医疗影像中的革命性影响**:AI正在改变诊断、预后和临床工作流程。 2. **关键驱动因素**:慢性病增加、放射科医生和初级保健医生的压力、对效率和准确性的需求。 3. **当前技术**:AI自动化图像增强、解剖分割和实时病例分级。 4. **未来应用**:放射组学和放射基因组学、多模态AI、生成性AI。 5. **挑战**:算法偏差、数据隐私、监管、人机关系、责任和问责制。 6. **深度学习**:卷积神经网络(CNN)在医学影像中最为普遍,通过多层级神经网络学习。 7. **AI在医学影像中的应用增长**:从1995年的第一个AI设备到2024年超过950个授权设备。 8. **关键应用**:图像增强、分割和特征提取、检测和分级。 9. **血管外科应用**:Viz.AI、RapidAI、Aidoc等。 10. **未来**:超越视觉分析、多模态AI、个性化医疗、合成数据应用。 11. **人机合作**:AI作为辅助工具,提高诊断准确性和效率。 12. **结论**:AI增强而非取代医生,是血管外科的重大进步。
"AI如何革新医疗影像?" 挑战与机遇?" 未来展望?"
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