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О построении нейросетевого агрегатора лингвистических оценок
The construction of integrated sub-symbolic systems is an important scientific task. The implementation of symbolic rules, such as the aggregation of linguistic assessments in decision-making, played a vital role in creating such systems in the form of neural network architectures. The pre-clade discusses the idea of combining symbolic and sub-symbolic calculation levels for multi-criterion decision-making problems. In particular, the evaluation aggregation algorithm's input is represented as structures, and the aggregation operator is represented as operations on these structures. Existing neural primitives are considered, the combination of which will allow expressing the aggregation algorithm fully. The partial implementation of the proposed approach was carried out using the Keras software framework.