Back close

An Adaptive Neuro-fuzzy Inference System to Monitor and Manage the Soil Quality to Improve Sustainable Farming in Agriculture

Project Incharge:Dr. Remya S.
An Adaptive Neuro-fuzzy Inference System to Monitor and Manage the Soil Quality to Improve Sustainable Farming in Agriculture

The hybrid neuro model is equipped with the high learning capabilities of a neural network and the reasoning ability of fuzzy logic and comes up with a model for effectively correlating the values with the target. This predictive modeling benefits a variety of stakeholders. Accurate projections can assist governments to govern themselves more efficiently.Farmer can come up with their own ideas to increase their production rate in a professional and timely manner. As a result, investors can devise more profitable and effective investment plans. This study and analysis of predictive modeling aim to anticipate the quality of agricultural data by developing a hybrid predictive technique that combines artificial neural network and optimization techniques. 

Related Projects

Automating Liver Transplant Outcomes using Artificial Intelligence
Automating Liver Transplant Outcomes using Artificial Intelligence
Design and development of smart composite structures for active vibration and shape control
Design and development of smart composite structures for active vibration and shape control
Micro-Grid: A Complete Solution for Rural Area Electrification
Micro-Grid: A Complete Solution for Rural Area Electrification
Connected Autonomous Vehicles
Connected Autonomous Vehicles
Effect of Environmental Factors on Klebsiella Biofilm Formation
Effect of Environmental Factors on Klebsiella Biofilm Formation
Admissions Apply Now