Computerised Interpretation Systems for Cardiotocography for Both Home and Hospital Uses

Yu Lu, Yongjie Gao, Yuyang Xie, Shunan He
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引用次数: 7

Abstract

Improving the accuracy and consistency of interpretation results for foetal monitoring has been an active research direction in both obstetrics and gynaecology. In this paper, we have developed computer-aided analysis systems for use both in hospitals and at home that incorporate automatic scoring functions to evaluate the foetal conditions in the cavity of the uterus. These systems can analyse any segment of data in a foetal monitoring record. Our novel systems can accurately identify the CTG patterns, such as FHR baseline, foetal movements, uterine contractions, accelerations and type of decelerations, thus making the interpretation results more accurate. There are two modes of scoring: automatic and manual, and the system consists of a number of popular scoring methods, including the Kreb's, Fischer, and improved Fischer scoring methods and the ACOG three-tier classification methods. According to clinical tests in hospitals, the systems have comparable accuracy to obstetricians' interpretations. Computerised interpretation thus provides a supplement to traditional analysis that could help obstetricians function more effectively.
家庭和医院用心脏造影计算机解释系统
提高胎儿监护判读结果的准确性和一致性一直是妇产科研究的活跃方向。在本文中,我们开发了用于医院和家庭的计算机辅助分析系统,该系统包含自动评分功能,以评估子宫腔内的胎儿状况。这些系统可以分析胎儿监测记录中的任何数据片段。我们的新系统可以准确识别CTG模式,如FHR基线、胎儿运动、子宫收缩、加速和减速类型,从而使解释结果更加准确。评分有自动和手动两种模式,该系统由许多流行的评分方法组成,包括克雷布评分法、费舍尔评分法、改进的费舍尔评分法和ACOG三层分类方法。根据医院的临床测试,该系统与产科医生的解释具有相当的准确性。因此,计算机解释为传统分析提供了补充,可以帮助产科医生更有效地发挥作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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