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Novel and Efficient Plant Disease Prediction Using ViT and YOLOv8 Deep Learning Models

S. VetriselviE.G.S. Pillay Engineering College,Department of ECE,Nagapattinam,IndiaA. BalamuraliSt. Joseph's Institute of Technology,Department of CSE,Chennai,IndiaShakhboz MeylikulovTermez University of Economics and Service,Department of Information Technology and Exact Sciences,Termez,UzbekistanYadgarova Nazokat SaparbayevnaUrgench State University,Department of Biology,Urgench,UzbekistanAnorgul AshirovaMamun University,Department of General professional sciences,Khiva,UzbekistanB. VenkataramanaiahVel Tech Rangarajan Dr.sagunthala Institute of science and technology,Department of ECE,Chennai,India
2026
ABI

Аннотация

Plant health is affected by several abnormal conditions which indicate virus, bacteria and fungus caused by pathogens. Environment conditions cause plant disease such as water stress, pollution and nutrient lack. These diseases cause several symptoms on plants such as spots, stunted growth and wilting. Sanitation is used for curing plants from plant diseases. Plant diseases need to be monitored frequently and early disease prediction can save plant health. Image processing techniques used earlier for plant disease prediction and machine learning techniques replace image processing techniques in disease prediction. Deep learning models are introduced and show accurate results over machine learning. Proposed research uses YOLOv8, Convolution Neural Network(CNN) and Vision Transformer(ViT) deep learning models to predict plant diseases. YOLOv8 deep learning model predicts plant diseases with accuracy 98% over lower accuracy results from CNN and ViT. Proposed research is useful for agriculture field where plant diseases can be predicted more accurate than other existing works.

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