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Algorithm Formalization for Decision Making in Influenza Vaccination

机译:流感疫苗接种决策算法形式化

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Influenza is an important public health problem with consequences on the health of people, but also at the state level with social and health costs due to the morbidity and mortality produced. Vaccination is an act of care of high clinical complexity, which can be learned and trained, so that decision-making in vaccination requires elements of judgment that act logically in a cascade. The creation of algorithms and their implementation in computer systems will identify susceptible people more quickly and improve the competence in the administration of vaccines. For the creation of the algorithm, the variables and their relationships were identified through mathematical formulation. As a result, the nine variables for vaccination that result in 47 different clinical situations were identified (29 “non-vaccination” and 18 “vaccination” situations). The formalization of algorithms in vaccine administration allows to represent the process by which the professional carries out the decision making process.
机译:流感是一个重要的公共卫生问题,对人们的健康产生后果,而且由于产生的发病率和死亡率,州立水平与社会和保健成本。疫苗接种是一种高临床复杂性的护理行为,可以学习和培训,因此在疫苗接种中的决策需要判决的判决要素,这些元素在级联中逻辑行动。在计算机系统中创建算法及其实施将更快地识别易感人物,并改善疫苗施用的能力。为了创建算法,通过数学制定识别变量及其关系。结果,鉴定了导致47种不同临床情况的疫苗接种的九种变量(29“非疫苗接种”和18“疫苗接种”情况)。疫苗管理中算法的形式化允许代表专业人员执行决策过程的过程。

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