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Distinguishing ischemic from non-ischemic ST changes: the Physionet/Computers in Cardiology Challenge 2003

机译:区分缺血性和非缺血性ST改变:《 Physionet / Computers in Cardiology Challenge 2003》

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Accurate diagnosis of myocardial ischemia during activities of daily living, if possible, would provide immediate and substantial benefits to affected subjects, by reducing the time needed to determine and evaluate therapeutic interventions intended to reduce or eliminate transient ischemia. Although ST changes provide a sensitive indicator of ischemia, a variety of non-ischemic mechanisms can also result in ST changes, so that ECG-based diagnosis of ischemia is regarded as non-specific and unreliable. It may be possible, by study of the dynamics of ST changes, to improve the specificity of ECG criteria consistent with ischemia. The fourth annual PhysioNet/Computers in Cardiology Challenge encouraged participants to develop and evaluate methods for distinguishing ischemic and non-ischemic ST changes using a standard, meticulously annotated data set. The training data provided to participants, and the algorithms they developed, are available at http://-www.physionet.org/challenge/2003/.
机译:如果可能的话,通过减少确定和评估旨在减少或消除短暂性缺血的治疗干预措施所需的时间,在日常生活活动中对心肌缺血的准确诊断将为受影响的受试者带来直接而实质的益处。尽管ST改变是缺血的敏感指标,但多种非缺血机制也可导致ST改变,因此基于ECG的缺血诊断被认为是非特异性且不可靠的。通过研究ST变化的动力学,可能可以提高与缺血一致的ECG标准的特异性。第四届年度PhysioNet /计算机心脏病学挑战赛鼓励参加者开发和评估使用标准的,带有注释的标准数据集来区分缺血性和非缺血性ST变化的方法。提供给参与者的培训数据及其开发的算法可从http://-www.physionet.org/challenge/2003/获得。

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