DeepSeqCoco is a deep learning model designed for disease identification in coconut trees to address manual and labor-intensive methods currently in use.
The model was tested with different optimizer settings like SGD, Adam, and hybrid configurations to optimize accuracy, loss minimization, and computational cost.
Results from experiments show that DeepSeqCoco can achieve up to 99.5% accuracy, surpassing existing models, with the hybrid SGD-Adam configuration demonstrating the lowest validation loss of 2.81%.
The model also offers advantages such as reduced training time by up to 18% and prediction time by up to 85%, indicating its potential to enhance precision agriculture through an AI-based disease monitoring system.