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Vliv parametrů pozemku na nasazení techniky
Šmíd, Zdeněk
Data management helps farmers to better organize their work and plan the movement of machinery in the field, depending on legal or geographical conditions. Guidance, data collection and software used for optimization, as well as its functions, possibilities and working environment are described in the theoretical part of the work. Furthermore, the methodology describes the methods of measurement and evaluation. The own work verifies the effect of optimization on the operation in the field. The verification was realized by collecting data of the movement in the field and their subsequent evaluation. At the end of the work is the evaluation of the measurement results and whether the optimization of the movement of machines on the land makes sense. By processing the results, it was found that the optimization of guidance lines around the land reduced the time required for turning by up to 21 % and thus the consumption of diesel by 6,5 %.
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Industry 4.0 in Agriculture
ŠVEPEŠOVÁ, Ivona
This Diploma 's thesis is focused on a new technology in agriculture which are provided by Industry 4.0. The aim of the thesis was to evaluate the use of Industry 4.0 in agricultural companies, its technologies, start-ups and projects. Then, based on the findings, devise recommendations. Industry 4.0 is in Agriculture called as Precision Farming or Precision Agriculture. In general, Precision Agriculture is a farming management concept based upon observing, measuring and responding to field variability and aspects of animal rearing. It also has the potential to optimize yields, increase corporate profits and at the same time reduce the negative environmental impact of agricultural activities. The first part of the thesis focuses on Industry 4.0 and competitiveness, as well as farming methods, technologies and projects which are implemented in plant and animal production. The second part is focused on the real evaluation of the current situation in the Czech Republic through a questionnaire survey. Using a questionnaire completed by over a hundred respondents, we are given a detailed overview of using Precision Farming in agriculture companies. The last part uses the statistical method, public researches and defines strengths and weaknesses of using Smart technologies. Based on this evaluation proposes recommendations for agriculture companies those who already use Industry 4.0 technologies, or those, who are hesitant to use it for the time being.
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Porovnání vybraných secích strojů v konvenčním a precizním zemědělství
KRÁSNÝ, Lukáš
This thesis is divided into two main parts. The theoretical part, which contains a brief introduction to sowing, a description of the seed drills that are used for data acquisition, an explanation of the GPS (Global Positioning System) and how these devices work.The second part is the practical part, which deals with the comparison of performance and economic parameters of operation of two selected machines used for seeding, where one is guided by GPS and the other manually.
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Vyhodnocení systému Isaria Crop Sensor v podmínkách konkrétního podniku
VONDRÁČEK, Jan
The diplom thesis presents some elements of precision agriculture and their possible use. The thesis focuses on using the elements of precision farming in practice. In the practical part, the work is focused on the practical use of the sensor system Isaria Crop sensor N in the conditions of the agricultural company Kooprodukt Lišov a.s.
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Porovnání zpracování půdy s využitím a bez použití GPS technologie
VANĚK, Martin
This bachelor thesis deals with the comparison of the operational and economic parameters of operation of a selected vehicle used for tillage. The bachelor thesis is divided into two main parts, theoretical and practical. The theoretical part provides an introduction to satellite navigation, describes the most important navigation systems, the structure of the GPS system and basic principles of its operation. The theoretical part also deals with the use of GPS navigation in current agricultural machinery and precision agriculture. The practical part compares the use of manual control and guidance by GPS navigation in soil processing.
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Využití dronů v konkrétních podmínkách zemědělského podniku
KOHOUT, Jan
The thesis deals with the use and utilization of drones, especially in agricultural conditions, where the drones are used more and more frequently in recent years, especially in combination with precision farming, thanks to the great number of advantages that this technology currently brings, not only to agricultural sector. In the thesis there are types of drones that are used for precision agriculture. In addition, there are described the functions of drones used and their distribution according to their deployment on the farm. Finally, questions will be answered about the amount of investment in this technology and the assessment of the effectiveness of the systems.
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Vyhodnocení ekonomické efektivity systému precizního zemědělství v podmínkách vybrané farmy v ČR
BUCHTEL, František
Bachelor thesis deals with the issue of satellite navigation in agriculture and economic evaluation of the effectiveness of the system of precision agriculture in terms of selected farms in the Czech Republic. The introduction is the acquaintance with the leading satellite navigation systems on the determination of positions where there is a brief description of the GPS, GLONASS and Galileo. The GPS system in the continuation of the work more. Then I describe the guidance system from John Deere and error correction, SF 1, SF 2 and RTK (Real Time Kinetic). This is followed by an assessment of the selected system of precision agriculture on a specific farm in the Czech Republic (the effect of technology on cost savings, impact on the increase of yield and the analysis of the cost of acquisition). At the conclusion of Bachelor work answer to scientific hypotheses of the specification, evaluate the system and bring the conclusions for practice.
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Application of CI methods focused on precision agriculture
Malý, Michal ; Molnár, Zdeněk (advisor) ; Havlíček, Zdeněk (referee)
This thesis deals with the new unconventional way of agricultural land management. Currently, high precision of work machines in the field is required. The development and accessibility of modern agricultural equipment linked to the information technology has led this branch to the unnecessary and high precise field ecosystem management. This new approach is called as precision agriculture. In the theoretical part of work is made the literature research and overview of the available data about the precision farming methods and the possibilities of field observation and data collection, including their processing with the available high information technology. The practical part evaluates the current possibilities of precision farming in the Czech Republic and in the world and looks for a solution to its implementation in the specific business environment of the agricultural laboratory.
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