Abstract

Reducing the risks of chemical pollution of agricultural landscapes with intensive use of fertilizers in the process of their application by mobile technological machines is an urgent task. Its solution will ensure the optimal technogenic load on the agricultural production environment. Therefore, at the present stage, work is being carried out on the technical and environmental re-equipment of agricultural technologies in order to widely use geoinformation systems in them, which allow more rational use of mineral and organic fertilizers. The existing methods for assessing the quality of the dosing systems of chemicalization machines only establish tolerances for tuning. Under conditions of normal operation, under the influence of destabilizing factors of an external and internal nature, the quality of the dosing systems of machines deteriorates randomly over time. This requires the provision of operational adjustment of the tuning parameters during the operation of the machine. Such an adjustment is possible due to using systems for automated active quality control on the chemicalization machines. The development of automated control systems requires the improvement of existing assessments of the quality indicators of the operation of dosing systems.

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