NAVIGATION SYSTEMS IN TECHNOLOGICAL PROCESSES OF AGROENGINEERING OF PLANT GROWING
Keywords:
analyze, effectiveness, process, crop production, agricultural engineeringAbstract
The application of high technologies, and especially navigation technologies, gives a particularly impressive result in
those branches of the national economy, which are considered the most backward and depressed. Regarding this, the
agriculture of our country is out of competition, but, despite this, the national business is starting a wide
implementation of information technologies in agriculture. Complex technologies for the production of agricultural
products are a tool that provides solutions to three main problems that determine success in the conditions of the
modern market – the availability of timely objective information, the ability to make correct management decisions
and the ability to implement these decisions in practice. The solution of these three interdependent problems is
possible due to the use of specialized technical means, navigation technologies and software. The user is provided
with a wide range of powerful spatial modeling and analysis functions. The analysis is based on the functions of
building and transforming vector data into matrix (raster) data and vice versa. Spatial analysis includes:
transformation of vector data into matrix data; creation of buffer zones in terms of distance and proximity of objects;
creation of object density maps; creation of continuous surfaces by points; construction of isolines (interpolation),
calculation of slope angles, exposure of slopes, relief washing; analysis of the matrix map; execution of algebraic
operations and logical queries to a series of maps and matrices; execution of overlay operations of entry, intersection,
proximity.
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