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How to Solve a Multicriterion Problem for Which Pareto Dominance Relationship Cannot Be Applied? A Case Study from Medicine

机译:如何解决无法应用帕累托优势关系的多准则问题?医学案例研究

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The most common way to deal with a multiobjective optimization problem is to apply Pareto dominance relationship between solutions. The question is: how can we make a decision for a multiobjective problem if we cannot use the conventional Pareto dominance for ranking solutions? We will exemplify this by considering a multicriterion problem for a medical domain problem. Trigeminal Neuralgia (TN) is a pain that is described as among the most acute known to mankind. TN produces excruciating, lightning strikes of facial pain, typically near the nose, lips, eyes or ears. Essential trigeminal neuralgia has questioned treatment methods. We consider five different treatment methods of the essential trigeminal neuralgia for evaluation under several criteria. We give a multiple criteria procedure using evolutionary algorithms for ranking the treatment methods of the essential trigeminal neuralgia for the set of all evaluation criteria. Results obtained by our approach using a very simple method are the same as the results obtained by applying weighted sum method (which requires lots of domain expert input). The advantage of the new proposed technique is that it does not require any additional information about the problem (like weights for each criteria in the case of weighted sum approach).
机译:解决多目标优化问题的最常见方法是在解决方案之间应用帕累托优势关系。问题是:如果我们不能使用传统的帕累托优势来对解决方案进行排名,那么如何为多目标问题做出决策?我们将通过考虑医学领域问题的多准则问题来举例说明。三叉神经痛(TN)是一种疼痛,被认为是人类已知的最严重的疼痛。 TN会产生令人痛苦的闪电般的面部疼痛,通常在鼻子,嘴唇,眼睛或耳朵附近。原发性三叉神经痛对治疗方法提出了质疑。我们考虑在几种标准下评估五种基本三叉神经痛的不同治疗方法。我们使用进化算法给出了多标准程序,用于对所有评估标准集的基本三叉神经痛的治疗方法进行排名。通过我们的方法使用非常简单的方法获得的结果与通过加权和方法获得的结果相同(这需要大量领域专家的投入)。新提出的技术的优点是它不需要有关该问题的任何其他信息(例如在加权和方法中,每个标准的权重)。

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