The Future of Precision Agriculture - Machine Learning for Autonomous decision Mechanisim
▶Summary
Develop an autonomous decision mechanism for agricultural areas by integrating remote sensing data, biological analysis, and artificial intelligence. This mechanism will be used to detect and diag...
▶Objectives
Develop an autonomous decision mechanism for agricultural areas by integrating remote sensing data, biological analysis, and artificial intelligence. This mechanism will be used to detect and diagnose problems in the agricultural area, identify key species, and suggest optimal solutions for sustainable agriculture. The project aims to improve the efficiency and effectiveness of decision-making in agriculture, increase productivity and reduce waste, and promote environmentally friendly practices.
▶Activities
-Collect drone data on agricultural areas using remote sensing techniques -Process the collected data using AI algorithms -Identify potential problems; such as soil degradation, plant diseases and water stress -Involve biologists in the project to analyze the biological data and determine appropriate data collection methods -Develop an autonomous decision mechanism based on the analysis and results -Disseminate the success of the autonomous decision mechanism through academic publications
▶Impact
The expected project outcomes include improved precision agriculture, increased crop yields, reduced environmental impact, enhanced biodiversity conservation, and the development of an autonomous decision mechanism using artificial intelligence and machine learning. other outcomes; Remote Sensing Data Processing Software Autonomous Decision Mechanism Software Mobile Application The Book of The Project Seminar Materials Seminars Scientific Articles Website Video Content Events and Conferences