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Optimising the pool test method for COVID-19 using evolutionary algorithms

机译:使用进化算法优化COVID-19的池测试方法

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The spread of the COVID-19 pandemic, quickly became a public health crisis which acted on many levels. The most challenging one of these was the sudden unavailability of protective gear and a complete lack of testing capacity. Although availability of masks and protective equipment has improved in the last few months, the testing capacity still remains a limited resource for most countries. One mitigation strategy for addressing the scarcity of tests is to pool biological samples in a single test, as demonstrated by the Frankfurt Goethe University.In this paper we add to the body of knowledge on the problem of optimizing the pooled testing strategy by optimizing a multistage adaptive testing scenario using an evolutionary algorithm. We also propose a generic framework by which optimisations can be advanced even further and will help to massively increase the testing capacity for stopping the current pandemic.
机译:COVID-19大流行的蔓延迅速成为在许多层面上起作用的公共卫生危机。其中最具挑战性的一项是突然无法使用防护装备,并且完全缺乏测试能力。尽管口罩和防护设备的可用性在最近几个月中有所提高,但是对于大多数国家而言,测试能力仍然是有限的资源。解决测试稀缺性的一种缓解策略是将生物样本合并到一个测试中,正如法兰克福歌德大学所证明的那样。使用进化算法的自适应测试场景。我们还提出了一个通用框架,通过该框架可以进一步进行优化,这将有助于大幅增加阻止当前大流行的测试能力。

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