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Horticulture in Australia will be engaged robots agriculture
Horticulture in Australia will be engaged robots
Ideas automated farming seems to have arisen from the time as the beginning of widespread electrification, that is already in the early 20th century. Replacement of human power automated robot does look tempting, but this time to the “cheap” hand work constantly questioned if it is fully automated and has been used, in very limited objectives.
Despite this, Salah Saqqara, Professor of Robotics and Intelligent Systems Engineering and Information Technology at the University of Sydney currently leads a team that is developing robotic systems for farms in Australia.
Scientists believe that the transition to an automated method of growing crops in Australia, where labor costs are high, will significantly reduce the cost of production and help to more easily cope with the daily routine tasks. This project does not only entail the use of mechanized farm robots. Scientists approach is that robots can perform not only mundane routine tasks, but also to conduct daily monitoring activities and assess the current situation.
Professor Saqqara team is currently testing a new automated system in the central Australian horticultural sector in Mildura. The first task of the researchers is to develop robots that could patrol the beds and gather information about the current state of the earth, and then based on the data to make a conclusion – whether weed, weeds do, add fertilizer, etc.
“Usually, to gather information, such as the analysis of soil and other samples that allow us to understand the health of the soil and the future crop, someone has to walk between the beds myself,”
– Professor Saqqara.
“The device that we are developing, will allow in the future independently collect and analyze information. In other words, some of the basic work of farmers will be automated. ”
The following year, the team hopes to move to the second phase of development that will automate the tractor so that they can autonomously perform tasks, such as fertilization, addition of pesticides, watering their plants and even bevel and cleaning.
The third phase is to create a robot builders.
“The device that we have developed can already identify a particular fruit tree type and maturity of the fruit. The work was about 80 percent. But our main goal is to teach these robots to harvest ”
– Adds the professor.
Saqqara sure that these technologies will be commercially available within the next couple of years.
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Tags: Australia | Farming
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