Abstract: Leaf diseases are a major challenge for agricultural productivity, requiring accurate and efficient detection methods. This research presents an effective method for multi-class ...
Abstract: This research aims to develop a resilient and expert deep learning system to identify and classify plant diseases using ResNet (Residual Neural Networks). Such innovations will help overcome ...
Abstract: Early identification of diseases in bell pepper plants at the appropriate time creates two benefits: improving crop output and reducing economic losses for agriculture. This research ...
Abstract: Plant condition monitoring is one of the necessary tasks in the agriculture to confirm the yield. Recent agricultural monitoring procedures employed computerised-algorithms to automate ...
Abstract: Cotton plays a crucial role in the global economy and is a primary raw material for the textile sector. Despite its importance, cotton crops are prone to various diseases that can severely ...
Abstract: Nowadays, technological evolution is foreseen in the agricultural field but it is not as rapid as industrial evolution. Plant disease remains a crucial issue affecting food security, plant ...
Abstract: Plant diseases often reduce the quality and amount of farm output, resulting in major financial and production losses. Since farming practices are now focused on widespread crop monitoring, ...
Abstract: There has been a 37% yearly decrease in rice yields as a result of rice plant diseases. It might happen mostly as a result of not knowing how to identify and treat diseases that affect rice ...
Abstract: Timely and accurate identification of plant diseases is essential for sustainable agricultural practices and food security. This study presents a deep learning-based diagnostic framework ...