Abstract
GPS-based guidance systems can be achieved by the use of correction signals a high degree of accuracy in determining the position on the field. The greatest performance in comparison with other correction signals has Real Time Kinematic (RTK), which is increasingly used inagriculture. In a pilot project, a regional network RTK was set up in which several established a large gap reference stations were networked together. Thehighly accurate positioning minimizes overlapping of lanes and helps to increase work efficiency and reduces both the equipment cost and the abrasive wear.
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