Abstract
The rapid development of robotics and automation has significantly benefited various industries, including agriculture. This project proposes the creation of an Automatic Multipurpose Agriculture Robot (AMAR) to revolutionize farming practices. AMAR will automate diverse agricultural tasks, minimize physical labour, and optimize resource use. The automatic multipurpose agricultural seed sowing robot, a state-of-the-art autonomous machine, is designed to revolutionize seed planting. It combines technologies like computer vision and precision mechanics to ensure efficient and precise seed sowing across various crops and terrains. The robot analyses optimal seed placement, ensuring even distribution. Energy-efficient and eco-friendly, it reduces labour costs, increases productivity, and enhances crop yields, fostering sustainable agricultural practices and improving profitability for farmers.The rapid development of robotics and automation has significantly benefited various industries, including agriculture. This project proposes the creation of an Automatic Multipurpose Agriculture Robot (AMAR) to revolutionize farming practices. AMAR will automate diverse agricultural tasks, minimize physical labour, and optimize resource use. The automatic multipurpose agricultural seed sowing robot, a state-of-the-art autonomous machine, is designed to revolutionize seed planting. It combines technologies like computer vision and precision mechanics to ensure efficient and precise seed sowing across various crops and terrains. The robot analyses optimal seed placement, ensuring even distribution. Energy-efficient and eco-friendly, it reduces labour costs, increases productivity, and enhances crop yields, fostering sustainable agricultural practices and improving profitability for farmers.
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