Creation of Hardware and Software Complex for Identification by Photos and Classification of Artificially Grown Plants

Proceeding
All-Russian scientific and practical conference with international participation «Development and dissemenation of best practices in the field of digital skills development in an educational organization»
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Published in:
All-Russian scientific and practical conference with international participation «Development and dissemenation of best practices in the field of digital skills development in an educational organization»
Authors:
Arai B. Zhanys 1 , Ainur M. Dzhumagulova 1 , Nazerke Muftaeva 1
Work direction:
Формирование понимания значимости развития цифровых навыков и развития цифровых образовательных технологий
Pages:
56-60
Received: 10 January 2020

Rating:
Article accesses:
2223
Published in:
РИНЦ
1 Kazakhskii agrotekhnicheskii universitet im. S. Seifullina
For citation:
Zhanys A. B., Dzhumagulova A. M., & Muftaeva N. (2019). Creation of Hardware and Software Complex for Identification by Photos and Classification of Artificially Grown Plants. Development and dissemenation of best practices in the field of digital skills development in an educational organization, 56-60. Чебоксары: PH "Sreda".

Abstract

The long-term strategic program of development of the country until 2030, the Address of the President of the Republic of Kazakhstan to the people of Kazakhstan «stability and security of the country in the new century» defines the scientific support of agricultural production. With the creation of a hardware and software complex designed for photo recognition and classification of artificially grown plants, it is possible to determine the type and physiological state of plants, external and internal factors. It is the most necessary hardware and software complex for solving problems of phenotypic plants and other biological systems. Artificial plants are considered in Northern Kazakhstan. The research is effective and relevant for the development of this programming language. We cannot achieve great results without developing the agricultural sector with the help of digital technologies. For example, developed countries increase economic growth by 80–85% using digital systems. The introduction of IT technologies in production will reduce costs by 20%. Kazakhstan farmers should make extensive use of digital technologies such as GPS systems, mobile applications, high-tech sensors, algorithms, and satellite monitoring.

References

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