Abstract
The purpose of the study – to show the basic model plant objects that are based on different branches of mathematics methods: analytical geometry, surface theory, graph theory and fractal geometry, as well as methods for recognizing these objects these objects. The development of mathematical methods and computer technologies brings mathematical modeling of complex objects and processes in which they participate to a new level.
Highlights
There is interest in the mathematical modeling of natural objects and, in particular, to the modeling of plant objects
By studying the models of plant materials, it is possible to build a model of the technological process of collecting and processing of grain and other agricultural crops using robotic complexes
Mathematical modeling of plant objects opens up prospects for the creation of robotic complexes for harvesting and processing grain and other agricultural crops
Summary
There is interest in the mathematical modeling of natural objects and, in particular, to the modeling of plant objects. By studying the models of plant materials, it is possible to build a model of the technological process of collecting and processing of grain and other agricultural crops using robotic complexes. Immediately the problem of recognizing agricultural plants arises [1,2,3,4,5]. The development of mathematics and computer technologies brings mathematical modeling of complex processes involving plant objects to a new level. The task is to use more extensively mathematical methods for creating models of plant objects and more accurate recognition of plants with a fuzzy outline
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