AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |
Back to Blog
AGV robots robots in agriculture3/21/2024 Increasing efficiency means using less while preserving the same final result or obtaining a better output using the same amount of inputs. Both the spatial and temporal variabilities of all the factors affecting the whole crop production process are assessed and managed to improve input efficiency in dynamic crop management. PA aims toward defining the correct management for the homogeneous areas of the field, i.e., “doing the right thing, in the right place and in the right time”. The beginning of PA is dated to the 1980s nevertheless, the first prototypes of autonomous driving vehicles were designed about 30 years beforehand. Safety is a primary issue for tasks involving agricultural machines, and in extreme soil conditions, it may be convenient to replace ride-on tractors with autonomous vehicles to prevent the consequences of potential tractor overturns. Furthermore, an autonomous vehicle potentially operates for a longer time without being limited by safety regulations that are addressed to preserve human operator health (e.g., hours per working day with regard to daily vibration exposure to whole-body vibration at work). Other strengths of UGVs can be recognized in terms of the timeliness of the execution and the precision and repeatability of the operations. Beyond serving as a solution to mitigate the risk related to farming activities, UGVs can help in contrasting the scarcity of human labor, both in terms of quantity and quality or required skill. Autonomous/unmanned ground vehicles (AGVs/UGVs) represent a key factor in reducing the number of fatal injuries since they are able to operate without human intervention in real time and decrease driver actuation during normal operation in the field.
0 Comments
Read More
Leave a Reply. |