Enhancing Fetal Cardiac Ultrasound Diagnosis: A Multi-Task Hybrid Attention Model for Accurate Standard Plane Detection

Haodong Tian, Yuxi Liu, Frederick Au, Guannning Lin
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Abstract

Fetal heart health is a critical part of diagnosis and treatment, and one of the methods is fetal cardiac ultrasound. A key aspect of the process is the detection of standard ultrasound slices, which is essential for accurate diagnosis. The effectiveness of diagnosis relies heavily on the clinical experience and expertise of the ultrasound physician. To improve detection efficiency and minimize misdiagnosis, we developed a single-stage detection model for fetal cardiac ultrasound standard planes (FCUM) that uses multi-task learning and hybrid attention mechanisms to support the ultrasound physician’s diagnostic work.
增强胎儿心脏超声诊断:用于准确标准平面检测的多任务混合注意力模型
胎儿心脏健康是诊断和治疗的关键部分,而胎儿心脏超声是其中的一种方法。该过程的一个关键环节是检测标准超声切片,这对准确诊断至关重要。诊断的有效性在很大程度上依赖于超声医生的临床经验和专业知识。为了提高检测效率并减少误诊,我们开发了一种胎儿心脏超声标准平面(FCUM)的单阶段检测模型,该模型采用多任务学习和混合注意力机制来支持超声波医生的诊断工作。
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